APPARATUS AND METHOD FOR RECONSTRUCTING EXPERIENCE ITEMS

An apparatus and method for reconstructing an experience item in 3D. The apparatus for reconstructing an experience item in 3D includes a 3D data generation unit for generating 3D data by reconstructing the 3D shape of a target object to be reconstructed in 3D, a 2D data generation unit for generating 2D data by performing 2D parameterization on the 3D data, an attribute setting unit for assigning attribute information corresponding to the target object to the 3D data, an editing unit for receiving editing of the 2D data from a user, and an experience item generation unit for generating an experience item corresponding to the target object using the 3D data corresponding to the edited 2D data and the attribute information. 1. An apparatus for reconstructing an experience item in 3D , comprising:a 3D data generation unit for generating 3D data by reconstructing a 3D shape of a target object to be reconstructed in 3D;a 2D data generation unit for generating 2D data by performing 2D parameterization on the 3D data;an attribute setting unit for assigning attribute information corresponding to the target object to the 3D data;an editing unit for receiving editing of the 2D data from a user; andan experience item generation unit for generating an experience item corresponding to the target object using the 3D data corresponding to the edited 2D data and the attribute information.2. The apparatus of claim 1 , wherein the 2D data generation unit generates the 2D data by performing parameterization based on projection.3. The apparatus of claim 2 , wherein the 2D data generation unit generates one or more pieces of 2D data corresponding to one or more preset directions of projection.4. The apparatus of claim 1 , wherein the 2D data generation unit parameterizes the 3D data into a set of 2D meshes.5. The apparatus of claim 1 , wherein the attribute setting unit is configured to:analyze a topology of the 3D data and a topology of existing data in which the attribute information ...

APPARATUS AND METHOD FOR COMMUNICATING

An apparatus and method of operating a user equipment (UE) in a wireless communication system is provided. The apparatus includes a first communication unit comprising a transmitter configured to transmit a first signal to a base station or another UE and a first receiver configured to receive a second signal from the base station, wherein the first communication unit is connected to a first port of a switch module, a second communication unit comprising a second receiver configured to receive a third signal from the another UE and a third receiver configured to receive a fourth signal from the base station, wherein the second communication unit is connected to a second port of the switch module, and wherein the switch module is configured to perform time division duplexing (TDD) switching between the first port and the second port in a first communication mode, and wherein the switch module is connected to the first port in a second communication mode.

METHOD AND APPARATUS FOR CALIBRATING MULTIPLE CAMERAS USING MIRRORS

Method and apparatus for calibrating multiple cameras. A first mirror and a second mirror are arranged opposite each other. An object is disposed between the first mirror and the second mirror. Calibration of the multiple cameras is performed using a figure of the object formed on the second mirror via reflection from the first mirror and the second mirror. 1. An apparatus for calibrating multiple cameras , comprising:a first mirror;a second mirror arranged opposite the first mirror; andan object disposed between the first mirror and the second mirror,wherein multiple cameras are calibrated using a figure of the object formed on the second mirror via reflection from the first mirror and the second mirror.2. The apparatus of claim 1 , wherein each of the first mirror and the second mirror is a reflection mirror.3. The apparatus of claim 1 , wherein the first mirror and the second mirror are arranged parallel to each other.4. The apparatus of claim 1 , wherein the first mirror has flatness equal to or greater than a predefined first threshold claim 1 , and the second mirror has flatness equal to or greater than a predefined second threshold.5. The apparatus of claim 1 , wherein the object includes a combination of a plurality of points having a relative geometric relationship therebetween.6. The apparatus of claim 1 , wherein the object has a plurality of faces.7. The apparatus of claim 6 , wherein on a part of the plurality of faces claim 6 , a symbol enabling identification of the corresponding face is indicated.8. The apparatus of claim 6 , wherein a part of the plurality of faces corresponds to a front face viewed in a direction of the first mirror claim 6 , and a remaining part of the plurality of faces corresponds to a rear face viewed in a direction of the second mirror.9. The apparatus of claim 8 , wherein the object is configured such that a pattern of points indicated on the front face is identical to a pattern of points indicated on the rear face claim 8 , ...

METHOD AND APPARATUS FOR 3D PRINTING OF OBJECT LARGER THAN PRINTING AREA

A method for 3D printing of an object that is larger than the printing area of a 3D printer and a device using the method. The 3D printing method includes receiving 3D mesh data of the object, determining whether the 3D mesh data is included in the printing area of the 3D printer, generating partitioned mesh objects by partitioning the 3D mesh data if the 3D mesh data is not included in the printing area of the 3D printer, forming a connector for connecting the partitioned mesh objects, arranging the partitioned mesh Objects in the printing area, and printing the arranged partitioned mesh objects in 3D.

APPARATUS AND METHOD FOR CREATING AND MANAGING TEETH MODEL

An apparatus and method for managing a teeth model. The apparatus for managing a teeth model includes a database for storing a D intraoral structure image and a D teeth model image generated by scanning a healthy intraoral structure and teeth of a user; a generation unit for generating a damaged tooth model image by scanning a damaged tooth when the tooth of the user is damaged; and a modeling unit for modeling any one of a dental prosthesis and an artificial tooth by comparing the damaged tooth model image and the image stored in the database. 1. An apparatus for managing a teeth model , comprising:a database for storing a 3D intraoral structure image and a 3D teeth model image, generated by scanning an intraoral structure and healthy teeth of a user;a generation unit for generating a damaged tooth model image by scanning a missing or damaged tooth when the tooth of the user is missing or damaged; anda modeling unit for comparing the damaged tooth model image with the 3D teeth model image and for modeling a dental prosthesis and an artificial tooth corresponding to the missing or damaged tooth using a result of the comparison.2. The apparatus of claim 1 , wherein the modeling unit extracts a damaged part from the 3D teeth model image by calculating a difference between the damaged tooth model image and the 3D teeth model image stored in the database and models a dental prosthesis corresponding to the damaged part.3. The apparatus of claim 2 , wherein the modeling unitanalyzes the damaged tooth model image,extracts an image corresponding to a totality of the damaged tooth from the 3D teeth model image if a percentage of the damaged part is equal to or greater than a specific value, andmodels the artificial tooth based on the extracted image.4. The apparatus of claim 2 , wherein the modeling unitextracts a position of the damaged part,extracts an image corresponding to a totality of the damaged tooth from the 3D teeth model image if the position of the damaged part ...

3D SCANNING APPARATUS AND METHOD USING LIGHTING BASED ON SMART PHONE

A 3D scanning apparatus and method using lighting based on a smart phone. The 3D scanning apparatus includes: an image capturing unit for capturing the image of a 3D object using a camera and a lighting apparatus installed in a terminal; an image processing unit for generating a color-enhanced image corresponding to the light emitted by the lighting apparatus; and a scanning unit for scanning the 3D object in 3D by extracting a scan area from the color-enhanced image based on the light and by extracting position information corresponding to the scan area. 1. A three-dimensional (3D) scanning apparatus using lighting based on a smart phone , comprising:an image capturing unit for capturing an image of a 3D object based on a camera and a lighting apparatus which are installed in a terminal;an image processing unit for generating a color-enhanced image corresponding to light, emitted by the lighting apparatus, based on the captured image of the 3D object, and extracting position information corresponding to a scan area based on the color-enhanced image; anda tracking engine unit for estimating rotation and movement of the terminal by combining one or more of information about a sensor of the terminal and a change in the image, which occurs in response to movement of the camera and the lighting apparatus.2. The 3D scanning apparatus of claim I , wherein the image processing unit generates the color-enhanced image , in which , among colors included in the captured image , a single color corresponding to the light is enhanced , by performing color model conversion for the colors of the captured image based on a characteristic of the light.3. The 3D scanning apparatus of claim 2 , wherein the image processing unit extracts multiple subpixels corresponding to the scan area from multiple pixels corresponding to the light in the color-enhanced image and extracts position information corresponding to the multiple subpixels.4. The 3D scanning apparatus of claim 3 , wherein the ...

APPARATUS AND METHOD FOR ASSEMBLING OUTPUT OF 3D PRINTER

An apparatus and method for assembling 3D printing outputs. The apparatus for assembling 3D printing outputs includes a mesh structuring unit for performing mesh structuring on a segmented surface generated by partitioning a virtual 3D modeled object, a printing unit for selecting the kind and shape of a coupler to be inserted into the segmented surface of the object, modeling a hole in the segmented surface using variables corresponding to the size of the coupler, and printing the partitioned objects, and an assembly unit for inserting the coupler into the hole and assembling the partitioned objects using the coupler.

APPARATUS AND METHOD FOR PROVIDING AUGMENTED REALITY-BASED REALISTIC EXPERIENCE

An apparatus and method for providing augmented reality-based realistic experience. The apparatus for providing augmented reality-based realistic experience includes a hardware unit and a software processing unit. The hardware unit includes a mirror configured to have a reflective characteristic and a transmissive characteristic, a display panel configured to present an image of an augmented reality entity, and a sensor configured to acquire information about a user. The software processing unit presents the augmented reality entity via the display panel based on the information about the user from the hardware unit after performing color compensation on the color of the augmented reality entity. 1. An apparatus for providing augmented reality-based realistic experience , comprising:a hardware unit including a mirror configured to have a reflective characteristic and a transmissive characteristic, a display panel configured to present an image of an augmented reality entity, and a sensor configured to acquire information about a user; anda software processing unit configured to present the augmented reality entity via the display panel based on the information about the user from the hardware unit after performing color compensation on a color of the augmented reality entity.2. The apparatus of claim 1 , wherein the software processing unit comprises:a user information acquisition and processing unit configured to receive and process the information about the user from the sensor; andan augmented reality entity processing and visualization unit configured to process and visualize the augmented reality entity based on the information about the user from the user information acquisition and processing unit.3. The apparatus of claim 2 , wherein the user information acquisition and processing unit comprises:a sensor image acquisition unit configured to receive a color image and depth image of the user and user joint information from the sensor;a user image region ...

3D MULTIFUNCTIONAL DEVICE WITH 3D SCANNING FUNCTION AND 3D PRINTING FUNCTION AND OPERATION METHOD THEREOF

A 3D multifunctional device in which a 3D printer and a 3D scanner are combined and a method for operating the device. The 3D multifunctional device includes a printing unit that includes a nozzle for ejecting material for 3D printing, a scanning unit that includes a light radiation module for radiating light to an object to be scanned and a camera for capturing an image of the object, a head unit for moving the printing unit and the scanning unit in X-axis and Y-axis directions, a bed plate on which the object to be scanned is located or the ejected material is deposited, the bed plate moving in a Z-axis direction, and a control unit for setting a function by selecting 3D scanning or 3D printing, controlling the scanning unit or the printing unit, and controlling the movements of the head unit and bed plate.

METHOD AND APPARATUS FOR AUGMENTED-REALITY RENDERING ON MIRROR DISPLAY BASED ON MOTION OF AUGMENTED-REALITY TARGET

Method and apparatus for augmented-reality rendering on a mirror display based on motion of an augmented-reality target. The apparatus includes an image acquisition unit for acquiring a sensor image corresponding to at least one of a user and an augmented-reality target, a user viewpoint perception unit for acquiring coordinates of eyes of the user using the sensor image, an augmented-reality target recognition unit for recognizing an augmented-reality target, to which augmented reality is to be applied, a motion analysis unit for calculating a speed of motion corresponding to the augmented-reality target based on multiple frames, and a rendering unit for performing rendering by adjusting a transparency of virtual content to be applied to the augmented-reality target according to the speed of motion and by determining a position where the virtual content is to be rendered, based on the coordinates of the eyes.

SCENARIO-BASED LOAD TESTING APPARATUS AND METHOD

Disclosed herein is a scenario-based load testing apparatus and method. The scenario-based load testing apparatus includes a packet analysis unit, a scenario creation unit, and a load generation unit. The packet analysis unit creates a virtual map and game grammar by capturing and analyzing packets sent between a server and a client. The scenario creation unit creates a scenario of a virtual user on the virtual map. The load generation unit generates a load by creating packet data corresponding to the virtual user in compliance with the game grammar and the scenario. 1. A scenario-based load testing apparatus , comprising:a packet analysis unit for creating a virtual map and game grammar by capturing and analyzing packets sent between a server and a client;a scenario creation unit for creating a scenario of a virtual user on the virtual map; anda load generation unit for generating a load by creating packet data corresponding to the virtual user in compliance with the game grammar and the scenario.2. The scenario-based load testing apparatus as set forth in claim 1 , wherein the scenario creation unit creates the scenario by defining locations of the virtual user on the virtual map and actions for the locations.3. The scenario-based load testing apparatus as set forth in claim 1 , wherein the scenario creation unit creates the scenario by describing the scenario in text script form.4. The scenario-based load testing apparatus as set forth in claim 1 , wherein the scenario includes one or more control statements for supporting one or more repetitive actions.5. The scenario-based load testing apparatus as set forth in claim 1 , wherein the packet analysis unit comprises:a packet capture unit for capturing packets sent between the server and the client;a virtual map creation unit for creating the virtual map by analyzing the packets; anda game grammar creation unit for creating the game grammar by analyzing the packets.6. The scenario-based load testing apparatus as ...

APPARATUS AND METHOD FOR ANALYZING PLAYER'S BEHAVIOR PATTERN

Disclosed herein are an apparatus and method for analyzing player's behavior pattern between a game client which is accessed by a player and via which the player plays a game and a game server which provides the player with a game service. The apparatus includes a capture unit, a data extraction unit, a cluster extraction unit, a matching unit, and a generalization unit. The capture unit captures packets transmitted and received between the game client and the game server. The data extraction unit extracts data corresponding to the player's behavior pattern from the packets. The cluster extraction unit extracts the player cluster, having similar behavioral characteristics, using the extracted data. The matching unit matches the player cluster with similar characteristics of an actual player set. The generalization unit generalizes the results of the matching. 1. An apparatus for analyzing player's behavior pattern between a game client via which the player plays a game and a game server which provides the player with a game service , the apparatus comprising:a capture unit for capturing packets transmitted and received between the game client and the game server;a data extraction unit for extracting data corresponding to the player's behavior pattern from the packets;a cluster extraction unit for extracting a player cluster, the player cluster including players who have similar behavioral characteristics with one another, using the extracted data;a matching unit for matching the player cluster with similar characteristics of an actual player set; anda generalization unit for generalizing results of the matching.2. The apparatus as set forth in claim 1 , wherein the generalization unit transplants the generalized results to a behavior of a game character corresponding to the player.3. The apparatus as set forth in claim 1 , wherein the data extraction unit extracts data which corresponds to elements which determine the player's behavior pattern claim 1 , from the ...

Apparatus and method for generating virtual game clients

Disclosed herein are an apparatus and method for generating virtual game clients. The apparatus includes a description grammar module, a description generation module, and a client generation and control module. The description grammar module includes a game packet description grammar. The description generation module generates a game protocol description corresponding to the structure of a packet protocol of a game and a game protocol sequence description corresponding to the relationship of transmission and reception between packets, based on the game packet description grammar. The client generation and control module generates a virtual game client using the game protocol description and the game protocol sequence description.

SYSTEM FOR SERVICING GAME STREAMING ACCORDING TO GAME CLIENT DEVICE AND METHOD

Disclosed is a system for servicing game streaming, including: a server for servicing streaming game configured to receive game input data and hardware performance information from a user terminal device and service video streaming or merging streaming coupling the video streaming and graphics streaming according to the received performance of the user terminal device; and a database configured to store a background screen and characters for a game streaming service of the server for servicing streaming game. 1. A system for servicing game streaming , comprising:a server for servicing streaming game configured to receive game input data and hardware performance information from a user terminal device and to service video streaming or merging streaming coupling the video streaming and graphics streaming according to the received performance of the user terminal device; anda database configured to store information about a background screen and characters for a game streaming service of the server for servicing streaming game.2. The system of claim 1 , wherein the server for servicing streaming game services the merging streaming coupling the video streaming and the graphics streaming when the hardware performance of the user terminal device is a high level that performs rendering.3. The system of claim 1 , wherein the server for servicing streaming game generates the merging streaming by directly rendering the background screen and a sharing scene to generate the video streaming and extracting only rendering command languages for each user character to generate the graphics streaming and by coupling the video streaming with the graphics streaming.4. The system of claim 1 , wherein the server for servicing streaming game includes:a client server communication processing unit configured to process communication between the user terminal device and the streaming game service;a rendering execution unit configured to perform the rendering on the background and the sharing ...

METHOD AND APPARATUS FOR TESTING STABILITY OF GAME SERVER

Disclosed is a method for testing stability of a game server. The method for testing stability of a game server according to an exemplary embodiment of the present invention includes: executing, by at least one virtual user, actions or scenarios that are a list of actions; generating at least one game packets required to execute the executed actions or the actions included in the executed scenarios according to game protocols of specific game contents; and transmitting the generated game packets to a game server. 1. A method for testing stability of a game server , comprising:executing, by at least one virtual user, actions or scenarios that are a list of actions;generating at least one game packets required to execute the actions or the actions included in the scenarios according to game protocols of specific game contents; andtransmitting the generated game packets to a game server.2. The method of claim 1 , further comprising:generating the game packets required to execute the given actions according to the game protocols of the specific game contents and loading another plug-in according to the game contents,wherein the generating of the game packets is performed through the plug-in.3. The method of claim 2 , wherein the plug-in is implemented by a DLL type.4. The method of claim 1 , further comprising:analyzing the game packets received from the game server according to the game protocols of the specific game contents.5. The method of claim 1 , further comprising:reconfiguring the game packets received from the game server in a protocol unit according to the game protocols.6. The method of claim 1 , further comprising:encrypting the generated game packets.7. A computer readable recording medium recording programs for executing the method for testing stability of a game server of .8. An apparatus for testing stability of a game server claim 1 , comprising:a scenario scheduler executing scenarios that are a list of actions;an action scheduler executing actions; ...

METHOD FOR PERFORMANCE TEST OF ONLINE GAME SERVER

Disclosed is a method for a performance test of an online game server that may easily perform controlling of a virtual user and producing and editing of a scenario, and may monitor a test progress state. A method for a performance test of an online game server according to an exemplary embodiment of the present disclosure includes: 1. A method for a performance test of an online game server , the method comprising:constructing a test database including virtual user information, unit action information, and map information by capturing a communication packet between a game server and a client;creating a test map that reflects an actual game environment using the map information;producing a scenario by setting a movement path of virtual users and unit actions to be performed at a predetermined point on the test map;establishing an entire test schedule using the test database and the scenario; andmonitoring a test progress state.2. The method of claim 1 , further comprising:performing a unit action control test of a virtual user based on the virtual user information and the unit action information, after constructing the test database.3. The method of claim 1 , further comprising:testing a process in which the scenario is executed on the test map, and editing the scenario, after producing the scenario.4. The method of claim 1 , wherein the establishing of the entire test schedule comprises:registering a game server and at least one agent system to be used for a test;allocating a virtual user group for each of the at least one agent system, and setting a scenario to be executed by a corresponding group; andsetting, for each virtual user group, the number of virtual users, a server access, a login option, a logout option, and a test continue condition.5. The method of claim 4 , wherein the monitoring of the test progress state monitors a hardware resource state about the game server and the at least one agent system to be used for the test and a scenario progress state ...

TEST ANALYSIS SYSTEM OF NETWORK AND ANALYSIS METHOD THEREOF

The test analysis system of a network according to an exemplary embodiment of the present invention includes: a server group having at least one server performing at least any one of generation of real-time information and storage of a server local log according to test scenarios; a client group having at least one client. communicating with the server group and performing at least any one of the generation of the real-time information and the storage of the local log according to the test scenarios; and a monitoring system storing the real-time information as a system log while monitoring the real-time information received from the server group and the client group during the execution of the test scenarios and informing a test manager of the monitored real-time information. 1. A test analysis system of a network , comprising:a server group having at least one server performing at least any one of generation of real-time information and storage of a server local log according to test scenarios;a client group having at least one client communicating with the server group and performing at least any one of the generation of the real-time information and the storage of the local log according to the test scenarios; anda monitoring system storing the real-time information as a system log while monitoring the real-time information received from the server group and the client group during the execution of the test scenarios and informing a test manager of the monitored real-time information,wherein the monitoring system integrally analyzes the server local log, the local log, and the system log received from the server group and the client group and informs the test manager of the integrally analyzed logs after the test scenarios are completed.2. The test analysis system of a network of claim 1 , wherein the monitoring system includes:a communication unit communicating with the server group and the client group so as to receive the real-time information, the server ...

SYSTEM AND METHOD FOR ANALYSING ONLINE GAME PACKETS

A system and method for analyzing an online game packet are disclosed. The system for analyzing the online game packet includes a capturing unit that captures a packet transmitted between a client terminal and a game server, and an analysis unit that analyzes the packet captured by the capturing unit, and defines, according to an analyzed result, a data field included in the packet as a static field having the same field structure or a dynamic field having a field structure according to a reference field defining an arrangement rule of a field or a field structure according to a user's request. According to the present invention, the data field of the captured packet may be defined for each type according to structural characteristics, thereby automatically analyzing the packet. 1. A system for analyzing an online game packet comprising:a capturing unit that captures a packet transmitted between a client terminal and a game server; andan analysis unit that analyzes the packet captured by the capturing unit, and defines, according to an analyzed result, a data field included in the packet as a static field having the same field structure or a dynamic field having a field structure according to a reference field defining an arrangement rule of a field or a field structure according to a user's request.2. The system for analyzing the online game packet according to claim 1 , wherein the capturing unit further captures a captured time claim 1 , a generated event claim 1 , and a time and screen shot when the event is generated claim 1 , in addition to the packet.3. The system for analyzing the online game packet according to claim 1 , wherein the analysis unit further includesa packet definition unit that defines a structure of the captured packet,a reassembling unit that reassembles the packet based on the structure defined by the packet definition unit, anda data field definition unit that classifies the data field included in the packet reassembled by the reassembling ...

DISTRIBUTED SERVER SYSTEM AND METHOD FOR STREAMING GAME SERVICE

The present disclosure relates to distributed server systems and methods for streaming game service, and in particular, to a distributed server system and method for streaming game service in which an online game is executed for multiple users in a high-performance server computer, and game screens and sounds of multiple users are delivered to client terminals of the multiple users, respectively, by using real-time encoding and streaming. For this purpose, a game service method in a cloud game server includes receiving an access request from a user terminal, receiving unique information about the user terminal, executing a game according to a game event requested by the user terminal, and encoding and transmitting video and audio according to the unique information about the user terminal, where the video and audio is a result of the game execution. 1. A game service method in a cloud game server comprising:requesting an access to an external access server;receiving a game list and unique information corresponding to a user terminal requesting a game from the external access server;storing the received game list and unique information; andtransmitting an Internet address accessible by the user terminal requesting the game to the external access server.2. The game service method of claim 1 , wherein the unique information comprises the total number claim 1 , identifiers claim 1 , and passwords of users requesting the game.3. The game service method of claim 2 , wherein the received game list and unique information are stored in a separate storage.4. The game service method of claim 3 , further comprising:transmitting system information to the external access server at a certain interval after the transmitting of the Internet address to the external access server, the system information comprising information about a user terminal accessing the Internet address.5. A game service method in an external access server comprising:receiving an access request from a user ...

GAME STREAMING SYSTEM AND METHOD OF SUPPORTING THE MULTIUSER AND MULTIPLATFORM

The present disclosure relates to a game streaming system and method for supporting multiuser and multiplatform, and more particularly to a game streaming system and method for supporting multiuser and multiplatform, which executes a game for multiuser in a server computer having high performance in an online game and transfers multiple game result images and game sound to a client terminal of a corresponding user by using real-time encoding and streaming. 1. A game streaming server comprising:a game executer configured to execute a game according to a game event requested by a user terminal;a display unit configured to display contents of the game executed in the game executer in one area among a plurality of areas;a capture unit configured to capture the game displayed in the display unit; anda transmitter configured to transmit the captured game to the user terminal.2. The game streaming server of claim 1 , comprising a virtual sound drive configured to virtually output sound of the game executed in the game executer.3. The game streaming server of claim 2 , wherein the capture unit comprises:an image capture unit configured to capture an image displayed in the display unit; anda sound capture unit configured to capture the sound output from the virtual sound drive.4. The game streaming server of claim 3 , comprising an encoder configured to encode the image or the sound captured by the capture unit.5. The game streaming server of claim 4 , comprising a storage unit configured to store information on an area of a screen in which the game requested by the user terminal is displayed claim 4 , a list of games and inherent information on the user terminal.6. The game streaming server of claim 5 , wherein the storage unit stores resolution of the user terminal.7. The game streaming server of claim 5 , wherein in the display unit claim 5 , the area of the screen in which the game is displayed is varied according to the resolution of the user terminal.8. A game ...

APPARATUS AND METHOD FOR CALIBRATION OF TRANSMITTER IN COMMUNICATION DEVICE

A method and an apparatus for calibration of a transmitter not having a Surface Acoustic Wave (SAW) filter are provided. The apparatus includes a calibration unit for outputting a detuning signal by which a resonance frequency of a Radio Frequency (RF) circuit is detuned with respect to a transmit operating frequency, and an RF unit for changing the resonance frequency according to the detuning signal and for outputting an out-of-band noise and a transmit signal having a relatively lower power than that of a case where the resonance frequency and the transmit operating frequency are tuned to each other. 1. A communication apparatus , the apparatus comprising:a calibration unit configured to output a detuning signal by which a resonance frequency of a Radio Frequency (RF) circuit is detuned with respect to a transmit operating frequency; andan RF unit configured to change the resonance frequency based on the detuning signal and configured to output an out-of-band noise and a transmit signal having a relatively lower power than that of a case where the resonance frequency and the transmit operating frequency are tuned to each other.2. The apparatus of claim 1 , wherein the detuning signal comprises a signal for controlling a reactance value of a variable reactance element included in the RF circuit.3. The apparatus of claim 1 , wherein the RF circuit is further configured to change a resonance frequency of BALance-UNbalance (BALUN) included in the RF circuit according to the detuning signal.4. The apparatus of claim 1 , wherein the calibration unit is further configured to output the detuning signal which changes the resonance frequency to a lower frequency when the receive frequency band is higher than the transmit frequency band claim 1 , and to output the detuning signal which changes the resonance frequency to a higher frequency when the receive frequency band is lower than the transmit frequency band.5. The apparatus of claim 1 , wherein claim 1 , before changing ...

APPARATUS AND METHOD FOR DETECTING ILLEGAL USER

An apparatus for detecting an illegal user includes a user characteristics analysis unit configured to analyze difference of unique characteristics between an illegal program and a normal user; and a recognition method determination unit configured to determine a recognition method for recognizing the illegal program on the basis of the difference of the unique characteristics. Further, the apparatus for detecting the illegal user includes an illegal user detection unit configured to detect the illegal user using the illegal program within a game by the recognition method. 1. An apparatus for detecting an illegal user , comprising:a user characteristics analysis unit configured to analyze difference of unique characteristics between an illegal program and a normal user;a recognition method determination unit configured to determine a recognition method for recognizing the illegal program on the basis of the difference of the unique characteristics; andan illegal user detection unit configured to detect the illegal user using the illegal program within a game by the recognition method.2. The apparatus of claim 1 , wherein the user characteristics analysis unit analyzes the difference of the unique characteristics on the basis of the characteristics of the illegal program and a game log data of the normal user.3. The apparatus of claim 1 , wherein the illegal user detection unit extracts a user on the basis of the recognition method and registers the extracted user in a candidate group claim 1 , and detects the illegal user using the illegal program within the candidate group on the basis of the game log data of the user within the candidate group and the recognition method.4. The apparatus of claim 3 , wherein the illegal user detection unit further comprising:a verification unit configured to determine whether each user uses an illegal program based on the game log data of the user within the candidate group and then perform verification of the recognition method on ...

METHOD AND APPARATUS FOR GENERATING ONLINE GAME PACKET FOR EFFECTIVE DETECTION OF ILLEGAL USER

A method and an apparatus for generating an online game packet for effective detection of an illegal user are disclosed. A method of generating an online game packet for effective detection of an illegal user may include acquiring online game packet generation information comprising protocol identification (ID) information and packet size information, determining a type of online game packet having a basic packet structure including a protocol ID field corresponding to the protocol ID information, a packet size field corresponding to the packet size information and at least one protocol field and further including at least one of a protocol index field and an animation index field, and generating the online game packet using the online game packet generation information based on the type of online game packet. 1. A method of generating an online game packet for detection of an illegal user , the method comprising:acquiring online game packet generation information comprising protocol identification (ID) information, packet size information, and character status information of a game client;determining a type of online game packet having a basic packet structure comprising a protocol ID field corresponding to the protocol ID information, a packet size field corresponding to the packet size information and at least one protocol field corresponding to the character status information of the game client, and further comprising at least one of a protocol index field and an animation index field; andgenerating the online game packet using the online game packet generation information based on the type of online game packet.2. The method of claim 1 , wherein the type of online game packet is any one of a first type having the basic packet structure and further comprising the protocol index field claim 1 , a second type having the basic packet structure and further comprising the animation index field claim 1 , and a third type having the basic packet structure and further ...

APPARATUS AND METHOD FOR SELECTING FREQUENCY BAND

A switching circuit is provided. The switching circuit includes at least one Surface Acoustic Wave (SAW) filter, a Single-Pole n Throw (SPnT) switch connected to an input port of each of the at least one SAW filter, and a Dual-Pole n Throw (DPnT) switch connected to an output port of each of the at least one SAW filter. 1. A switching circuit for selecting a frequency band , the switching circuit comprising:at least one Surface Acoustic Wave (SAW) filter;a Single-Pole n Throw (SPnT) switch connected to an input port of each of the at least one SAW filter; anda Dual-pole n Throw (DPnT) switch connected to an output port of each of the at least one SAW filter.2. The switching circuit as claimed in claim 1 , wherein n is an integer.3. A switching circuit for selecting a frequency band claim 1 , the switching circuit comprising:a plurality of Surface Acoustic Wave (SAW) filter;a Single-Pole n Throw (SPnT) switch connected to an input port of each of the plurality of SAW filters;a first Dual-Pole n Throw (DPnT) switch connected to an output port of at least one of the plurality of SAW filter; anda second DPnT switch connected to another output port of at least one of the plurality of SAW filter except for the at least one SAW filter connected to the first DPnT switch from among the plurality of SAW filters.4. The switching circuit as claimed in claim 3 , wherein n is an integer.5. The switching circuit as claimed in claim 3 , wherein a signal output from the first DPnT switch is output as a first frequency band signal claim 3 , andwherein a signal output from the second DPnT switch is output as a second frequency band signal.6. The switching circuit as claimed in claim 5 , wherein a signal output from a SAW filter that is not connected to both the first DPnT switch and the second DPnT switch from among the plurality of SAW filters is output as a third frequency band signal.7. The switching circuit as claimed in claim 3 , wherein a signal output from each of the plurality ...

Apparatus and method for calibrating augmented-reality image

Disclosed herein are an apparatus and method for calibrating an augmented-reality image. The apparatus includes a camera unit for capturing an image and measuring 3D information pertaining to the image, an augmented-reality image calibration unit for generating an augmented-reality image using the image and the 3D information and for calibrating the augmented-reality image, and a display unit for displaying the augmented-reality image.

VIRTUAL CONTENT-MIXING METHOD FOR AUGMENTED REALITY AND APPARATUS FOR THE SAME

Disclosed herein are a virtual content-mixing method for augmented reality and an apparatus for the same. The virtual content-mixing method includes generating lighting physical-modeling data based on actual lighting information for outputting virtual content, generating camera physical-modeling data by acquiring a plurality of parameters corresponding to a camera, and mixing the virtual content with an image that is input through an RGB camera, based on the lighting physical-modeling data and the camera physical-modeling data. 1. A virtual content-mixing apparatus , comprising:a memory for storing lighting physical-modeling data generated in accordance with actual lighting information for outputting virtual content based on mirror ball image capture, and storing camera physical-modeling data generated by acquiring a plurality of parameters corresponding to a camera; anda processor for mixing the virtual content with an image that is input through an RGB camera, based on the lighting physical-modeling data and the camera physical-modeling data.2. The virtual content-mixing apparatus of claim 1 , wherein the processor is configured to acquire lighting properties corresponding to the lighting information based on a lighting environment map claim 1 , wherein the lighting environment map is created by representing at least two mirror ball images acquired based on mirror ball image capture by respective latitude-longitude images and by morphing the at least two latitude-longitude images.3. The virtual content-mixing apparatus of claim 1 , wherein the memory is configured to acquire a parameter corresponding to at least one of a lens distortion parameter claim 1 , a color distortion parameter claim 1 , and a white balance claim 1 , which correspond to the camera claim 1 , and to store the acquired parameter in a camera modeling database.4. The virtual content-mixing apparatus of claim 3 , wherein the processor is configured to acquire at least one camera parameter ...

Drive circuit for resonant mirror scanning system

Examples are disclosed herein that relate to driving a resonant scanning mirror system using a linear LC resonant driving scheme. In one example, a resonant scanning mirror system includes a scanning mirror, first and second mirror drive elements, and a drive circuit to drive the scanning mirror at a resonant frequency. The drive circuit includes one or more signal sources configured to create a first source signal and a second source signal that is 180 degrees out of phase with the first source signal. The drive circuit further includes a buffer stage configured to receive the first and second source signals and output first and second drive signals, a first resonant LC stage configured to amplify the first drive signal for provision to the first mirror drive element, and a second resonant LC stage configured to amplify the second drive signal for provision to the second mirror drive element.

SWITCHING SCHEME TO EXTEND MAXIMUM INPUT VOLTAGE RANGE OF A DC-TO-DC VOLTAGE CONVERTER

A circuit includes a first transistor having a first current electrode coupled to a first power supply node, a second current electrode coupled to a switching node; a second transistor having a first current electrode coupled to the switching node, a second current electrode coupled to a second power supply node; an inductor having a first terminal coupled to the switching node, a second terminal coupled to an output node; a third transistor having a first current electrode coupled to the output node, a second current electrode coupled to the switching node; a driver circuit configured to transition the switching node from a first voltage to a second voltage by turning on the third transistor to couple the output node to the switching node during a first time period, turning on the first transistor to couple the first power supply node to the switching node during a second time period. 1. An integrated circuit comprising:a first transistor having a control electrode, a first current electrode coupled to a first power supply node, and a second current electrode coupled to a switching node;a second transistor having a control electrode, a first current electrode coupled to the switching node, and a second current electrode coupled to a second power supply node;an inductor having a first terminal coupled to the switching node, and a second terminal coupled to an output node;a third transistor having a first current electrode coupled to the output node, a control electrode, and a second current electrode coupled to the switching node; anda driver circuit configured to transition the switching node from a first voltage to a second voltage by turning on the third transistor to couple the output node to the switching node during a first time period, and turning on the first transistor to couple the first power supply node to the switching node during a second time period subsequent to the first time period.2. The integrated circuit of claim 1 , wherein the first voltage is ...

Method of detecting and correcting error in mesh and apparatus for same

Disclosed is a method of detecting and correcting an error in a 3D mesh model. According to the present disclosure, the method includes: determining at least one mesh on the basis of half-edge information; setting at least one cluster including the at least one mesh, on the basis of normal vector information on the at least one mesh; detecting a flip error of the at least one cluster; and correcting the at least one mesh in the at least one cluster in which the flip error is detected.

TRANSMITTER AND METHOD OF PROCESSING TRANSMISSION SIGNALS

A transmitter and method are provided for processing a transmission signal. The transmitter includes an FEM that switches a plurality of band signals for a first and second communication scheme, wherein the band signals for the first communication scheme include a first HB signal, a second HB signal, a first LB signal, and a second LB signal, and the band signals for the second communication scheme include a third LB and a third HB signal; a first PAM including a first power amplifier that amplifies the third HB signal, a second power amplifier that amplifies the first HB signal, and a third power amplifier that amplifies the first LB signal; and a second PAM including a fourth power amplifier that amplifies the third LB signal, a fifth power amplifier that amplifies the second HB signal, and a sixth power amplifier that amplifies the second LB signal. 1. A transmitter comprising:a Front End Module (FEM) that switches a plurality of band signals for a first communication scheme and a plurality of band signals for a second communication scheme, wherein the plurality of band signals for the first communication scheme include a first high band signal, a second high band signal, a first low band signal, and a second low band signal, and the plurality of band signals for the second communication scheme include a third low band signal and a third high band signal;a first Power Amplifier Module (PAM) including a first power amplifier that amplifies the third high band signal, a second power amplifier that amplifies the first high band signal, and a third power amplifier that amplifies the first low band signal; anda second PAM including a fourth power amplifier that amplifies the third low band signal, a fifth power amplifier that amplifies the second high band signal, and a sixth power amplifier that amplifies the second low band signal.2. The transmitter of claim 1 , further comprising an antenna that transmits the plurality of band signals for the first communication ...

THREE-DIMENSIONAL INFORMATION GENERATING DEVICE AND METHOD CAPABLE OF SELF-CALIBRATION

The 3D information generating device includes a light source unit configured to irradiate light onto a target object, a coordinate mechanism unit disposed between the target object and the light source unit and including a plurality of inclined projections reflecting the light, a camera unit configured to output an image obtained by simultaneously photographing the coordinate mechanism unit and the target object, and an information processing unit configured to check a projection plane formed by the light of the light source unit and, by using the projection plane, generate 3D information about the target object while calibrating an error. Accordingly, an unskilled user may easily perform a 3D scan operation by using the coordinate mechanism unit, and moreover, since a coordinate mechanism is not installed in the outside, the 3D information generating device may easily move and may be easily maintained and managed. 1. A three-dimensional (3D) information generating device capable of self-calibration , the 3D information generating device comprising:a light source unit configured to irradiate light onto a target object;a coordinate mechanism unit disposed between the target object and the light source unit, the coordinate mechanism unit including a plurality of inclined projections reflecting the light;a camera unit configured to output an image obtained by simultaneously photographing the coordinate mechanism unit and the target object; andan information processing unit configured to check a projection plane formed by the light of the light source unit and, by using the projection plane, generate 3D information about the target object while calibrating an error.2. The 3D information generating device of claim 1 , wherein the light source unit irradiates two or more laser beams.3. The 3D information generating device of claim 1 , wherein the coordinate mechanism unit comprises:a fixing plate; andthe plurality of inclined projections arranged at certain intervals on ...

TRANSCEIVER AND OPERATION METHOD THEREOF

A receiver, a transceiver, and method of operating the transceiver are provided. The receiver includes a diplexer configured to separate a first band signal and a second band signal, the first band signal including a plurality of first subband signals; a first multi-mode switch configured to generate one or more signal paths corresponding to one or more of the plurality of first subband signals; and a plurality of first band pass filters configured to filter the plurality of first subband signals, wherein the plurality of first band pass filters and the first multi-mode switch are electrically coupled, and one or more of the plurality of first band pass filters, corresponding to one or more of the plurality of first subband signals, filter the plurality of first subband signals, respectively. 1. A receiver , comprising:a diplexer configured to separate a first band signal and a second band signal, the first band signal including a plurality of first subband signals;a first multi-mode switch configured to generate one or more signal paths corresponding to one or more of the plurality of first subband signals; anda plurality of first hand pass filters configured to fiber the plurality of first subband signals,wherein the plurality of first band pass filters and the first multi-mode switch are electrically coupled, and one or more of the plurality of the first band pass filters, corresponding to one or more of the plurality of first subband signals, filter the plurality of first subband signals, respectively.2. The receiver of claim 1 , further comprising two or more first switches electrically coupled to the plurality of first hand pass filters claim 1 , wherein the two or more first switches are configured to switch two or more signals claim 1 , which do not simultaneously pass through the plurality of first band pass filters from among the plurality of first subband signals.3. The receiver of claim 1 , further comprising a second multi-mode switch configured to ...

BRIDGE SENSOR DC ERROR CANCELLATION SCHEME

The disclosed techniques provide a number of technical benefits by providing a bridge sensor DC error cancellation scheme. In one embodiment, a system includes a piezoresistive Wheatstone bridge, a number of switches, and a non-overlapping clock. The system can mitigate noise and other errors by subtraction of the two differential outputs of the system between a first phase and a second phase of a clock input controlling the switches. In some embodiments, the system can also include differential programmable gain amplifiers and a multi-bit analog-to-digital converter. By providing a bridge sensor DC error cancellation scheme for producing an analog output, a system can be used to generate a stable digital output of at the analog-to-digital converter. 1. A system configured to differentially mitigate noise and other errors applied to the system the system comprising:a piezoresistive bridge circuit having a first power terminal, a second power terminal, a first output terminal and a second output terminal;a first switch circuit configured to selectively couple a supply terminal to the second power terminal responsive to an activation of a first control signal;a second switch circuit configured to selectively couple a bias voltage to the second power terminal responsive to an activation of a second control signal;a third switch circuit configured to selectively couple the supply terminal to the first power terminal responsive to an activation of a third control signal;a fourth switch circuit configured to selectively couple the bias voltage to the first power terminal responsive to an activation of a fourth control signal;a switch control circuit adapted to selectively control the first control signal, the second control signal, the third control signal, and the fourth control signal responsive to an input clock, such that:during a first phase of the input clock, the first control signal and the fourth control signal are concurrently activated,during a second phase of ...

Service server, user terminal and method of 3d collaborative printing

Disclosed herein are a service server, a user terminal, and a method of 3D collaborative printing providing a 3D collaborative printing service. A method of 3D collaborative printing performed by a 3D collaborative printing system includes generating, by a user terminal, control information to store the control information in a service server; generating, by the service server, a secure token to transmit the secure token to the user terminal; transmitting, by the user terminal, the secure token to one or more 3D printer; receiving, by the one or more 3D printer, the control information corresponding to the secure token from the service server using the secure token; and performing, by the one or more 3D printer, an operation corresponding to the control information.

Server and method for generating best view spots

Disclosed is a best view spot generating server which includes a virtual tour providing server that communicates with a user terminal over a network and generates a best view spot associated with a three-dimensional object included in a virtual space, and a database that operates in conjunction with the virtual tour providing server and stores data associated with the virtual space, data associated with the three-dimensional object, and data associated with the best view spot.

Apparatus and method for generating three-dimensional model

Disclosed herein are an apparatus and method for generating a 3D model. The apparatus for generating a 3D model includes one or more processors, and an execution memory for storing at least one program that is executed by the one or more processors, wherein the at least one program is configured to receive two-dimensional (2D) original image layers for respective viewpoints, and generate pieces of 2D original image information for respective objects by performing original image alignment on the 2D original image layers for respective viewpoints for each predefined object type, generate 3D model layers for respective objects from the pieces of 2D original image information for respective objects using multiple learning models corresponding to the predefined object types, and generate a 3D model by synthesizing the 3D model layers for respective objects.

Apparatus and method for capturing lightfield image

An apparatus and method for capturing a light field image. The light field image capture apparatus includes a mirror array or a micro-lens array. An activated mirror selected from among the multiple mirrors of the mirror array provides light to the multiple elements of an image sensor. An activated lens, selected from among the multiple lenses of the micro-lens array, provides light to the multiple elements of the image sensor. Based on timesharing, the mirror, selected as the activated mirror from among the multiple mirrors, is changed, and the lens, selected as the activated lens from among the multiple lenses, is changed.

Apparatus and method for generating three-dimensional information

A disclosure of the present invention is related to an apparatus and a method for generating three-dimensional information. The apparatus for generating three-dimensional information may include a light source providing light to an object to be reconstructed in three-dimensional information, a coordinate reference mechanism unit provided between the light source and the object and having a plurality of protrusions reflecting the light; a camera unit outputting an image capturing the coordinate reference mechanism unit and the object simultaneously; and a three-dimensional information processing unit generating the three-dimensional information of the object by identifying a projection plane formed by the light and using the projection plane, considering a relationship between a plurality of actual protrusion reflection points at which the light is reflected by the plurality of protrusions respectively and a plurality of protrusion reflection points displayed in the image.

METHOD FOR RECONSTRUCTING THREE-DIMENSIONAL INFORMATION OF OBJECT AND APPARATUS FOR THE SAME

The present disclosure provides a method and apparatus for reconstructing 3D information of an object. The method of reconstructing 3D information of an object may include: reconstructing 3D information of a background space, using at least one of images of the background space for three-dimensionally reconstructing the object; separating the object from the background space on the basis of at least one of images of the object in the background space, and of obtaining a depth image of the object separated from the background space; and generating 3D information of the object based on images taken by at least one of cameras in consideration of position relationships between the depth image of the object and the cameras. 1. A method of reconstructing 3D information of an object , the method comprising:reconstructing 3D information of a background space, using at least one of images of the background space for three-dimensionally reconstructing the object;separating the object from the background space on the basis of at least one of images of the object in the background space, and of obtaining a depth image of the object separated from the background space; andgenerating 3D information of the object based on images taken by at least one of cameras in consideration of position relationships between the depth image of the object and the cameras.2. The method of claim 1 , wherein the obtaining of a depth image of the object includes determining the 3D information of the background space and outlier based on correspondence relationship information between objects in the background space.3. The method of claim 2 , wherein the obtaining of a depth image of the object includes removing noise from the images of the object.4. The method of claim 1 , wherein the generating of 3D information of the object includes:setting an object volume space corresponding to an area where the object exists; andgenerating a state map of the object volume space, using the 3D information of the ...

APPARATUS FOR RECONSTRUCTING 3D MODEL AND METHOD FOR USING THE SAME

Disclosed herein are an apparatus and method for reconstructing a 3D model. The apparatus for reconstructing a 3D model includes an image acquisition unit for acquiring multi-view images by receiving image signals captured by multiple drones using cameras, a geometric calibration unit for estimating motion variables of the drones based on the acquired multi-view images, and a 3D model creation unit for reconstructing a 3D model of a dynamic object from the matched multi-view images using a multi-view stereo method. 1. An apparatus for reconstructing a 3D model , comprising:an image acquisition unit for acquiring multi-view images by receiving image signals captured by multiple drones using cameras;a geometric calibration unit for estimating motion variables of the drones based on the acquired multi-view images; anda 3D model creation unit for reconstructing a 3D model of a dynamic object from the matched multi-view images using a multi-view stereo method.2. The apparatus of claim 1 , wherein the multiple drones are configured to be synchronized on a same time axis in consideration of a preset baseline and to capture the dynamic object using the cameras.3. The apparatus of claim 2 , wherein the geometric calibration unit comprises:an individual geometric calibration unit for generating 3D point clouds of a static background for each of the drones based on the multi-view images and estimating motion variables based on one or more spatial axes;a background-matching unit for generating 3D information of the static background and 3D transform information by matching the 3D point clouds of the static background, and for estimating motion variables based on any one spatial axis using the 3D information of the static background and the 3D transform information; anda bundle adjustment unit for optimizing the 3D information of the static background using a bundle adjustment method.4. The apparatus of claim 3 , wherein claim 3 , if a Euclidean distance between 3D points of the ...

Method and apparatus for providing realistic 2d/3d ar experience service based on video image

The present invention relates to a method and apparatus for providing a realistic 2D/3D AR experience service based on a video. Particularly, the present invention provides a method of providing a realistic AR service with high quality based on AR by using a 2D video image and 3D information in association thereto at the same time, filming a cybernaut and AR content by using two sensors having viewpoints different from each other, and arranging 2D/3D content being an object to be matched within the AR content and which has a 3D position different to a position of the cybernaut in association with a dynamic 3D position of the cybernaut and with a dynamic viewpoint of a service sensor.

Apparatus and method for generating 3d avatar

Disclosed herein are an apparatus and method for generating a 3D avatar. The method, performed by the apparatus, includes performing a 3D scan of the body of a user using an image sensor and generating a 3D scan model using the result of the 3D scan of the body of the user, matching the 3D scan model and a previously stored template avatar, and generating a 3D avatar based on the result of matching the 3D scan model and the template avatar.

Method and apparatus for generating digital surface model using satellite imagery

Disclosed herein are a method and apparatus for generating a digital surface model using satellite imagery. The method includes correcting a geometric error in input satellite images, generating one or more depth maps using a stereo matching method based on the corrected satellite images, and generating a digital surface model by combining the generated depth maps and by estimating a height value for each location on the ground surface.

METHOD AND APPARATUS FOR PERFORMING GEOMETRIC CORRECTION ON IMAGES OBTAINED BY MULTIPLE CAMERAS

Disclosed is a method of performing geometric correction on images obtained by multiple cameras and an image obtainment apparatus therefor, the method including: receiving the images obtained by the multiple cameras; extracting feature points of the received images and checking an interrelation between the extracted feature points; estimating locations and directions of the cameras, which respectively obtain the images, by using the interrelation between the feature points; calculating a relative geometric relationship between the multiple cameras from the estimated locations and directions of the cameras when the received images are determined as the images obtained by the multiple cameras with a fixed geometric interrelationship; and performing the geometric correction on each of the images by using the calculated geometric relationship. The method of efficiently performing geometric correction according to the embodiment of the present invention enables images to be obtained easily using the unmanned device with a short photographing time. 1. A method of performing geometric correction on images obtained by multiple cameras , the method comprising:receiving, at an image reception step, the images obtained by the multiple cameras;extracting, at an image feature point extraction step, feature points of the received images and checking an interrelation between the extracted feature points;estimating, at a location and direction estimation step, locations and directions of the cameras, which respectively obtain the images, by using the interrelation between the feature points;calculating a relative geometric relationship between the multiple cameras from the estimated locations and directions of the cameras when the received images are determined as the images obtained by the multiple cameras with a fixed geometric interrelationship; andperforming the geometric correction on each of the images by using the calculated geometric relationship.2. The method of claim 1 , ...

METHOD AND SYSTEM FOR GENERATING 3D IMAGE OF CHARACTER

A method and a system for generating a 3D image of a character through steps of: receiving an identifier of a template and a two-dimensional (2D) image of the character generated based on the template corresponding to a type of the character; acquiring template information of the template from a template library by using the identifier, and extracting an effective parameter for machine learning to be performed to generate the 3D image based on the template information and the 2D image; and generating the 3D image of the character by performing the machine learning based on the effective parameter and the template information are provided. 1. A method for generating a three-dimensional (3D) image of a character , the method comprising:receiving an identifier of a template and a two-dimensional (2D) image of the character generated based on the template corresponding to a type of the character;acquiring template information of the template from a template library by using the identifier, and extracting an effective parameter for machine learning to be performed to generate the 3D image based on the template information and the 2D image; andgenerating the 3D image of the character by performing the machine learning based on the effective parameter and the template information.2. The method of claim 1 , wherein the template information includes a gender of the character and an age of the character claim 1 , and the 2D image represents a character of the age having the gender.3. The method of claim 2 , wherein the template information further includes style information of the character claim 2 , andwherein generating the 3D image of the character by performing the machine learning based on the effective parameter and the template information includesperforming the machine learning by using an inference engine that transforms a 3D image according to the style information.4. The method of claim 1 , wherein the template includes the template information and a silhouette ...

APPARATUS AND METHOD FOR SELECTING FREQUENCY BAND

A switching circuit is provided. The switching circuit includes at least one Surface Acoustic Wave (SAW) filter, a Single-Pole n Throw (SPnT) switch connected to an input port of each of the at least one SAW filter, and a Dual-Pole n Throw (DPnT) switch connected to an output port of each of the at least one SAW filter. 1. A switching circuit for selecting a frequency band , the switching circuit comprising:a plurality of Surface Acoustic Wave (SAW) filters;a first switch connected to an input port of at least one of the plurality of SAW filters;a second switch connected to an input port of at least one of the plurality of SAW filters except for the at least one SAW filter connected to the first switch from among the plurality of SAW filters;a third switch connected to an input port of the first switch and an input port of the second switch;a first combiner connected to an output port of at least one of the plurality of SAW filters; anda second combiner connected to an output port of at least one of the plurality of SAW filters except for the at least one SAW filter connected to the first combiner from among the plurality of SAW filters.2. The switching circuit as claimed in claim 1 , wherein the first switch and the second switch are a single-pole n throw (SPnT) switch claim 1 , the third switch is a single-pole dual throw (SPDT) switch claim 1 , and n is an integer.3. The switching circuit as claimed in claim 1 , wherein a signal output from each of the plurality of SAW filters is a balance signal.4. The switching circuit as claimed in claim 1 ,wherein a signal output from the first combiner is output as a first frequency band signal, andwherein a signal output from the second combiner is output as a second frequency band signal.5. The switching circuit as claimed in claim 1 , wherein a signal output from a SAW filter which is not connected to the first combiner and the second combiner from among the plurality of SAW filters is output as a third frequency band ...

APPARATUS AND METHOD FOR GENERATING 3D FACE MODEL USING MOBILE DEVICE

An apparatus for generating a 3-dimensional face model includes a multi-view image capturer configured to sense a motion of the mobile device and automatically capture still images from two or more directions; and a 3D model generator configured to generate a 3D face mode using the two or more still images obtained by the multi-view image capturer. 13. An apparatus for generating a -dimensional (3D) face model using a mobile device , the apparatus comprising:a multi-view image capturer configured to sense a motion of the mobile device and automatically capture still images from two or more directions; anda 3D model generator configured to generate a 3D face mode using the two or more still images obtained by the multi-view image capturer.2. The apparatus of claim 1 , wherein the multi-view image capturer comprises a mode determiner configured to set a camera mode to either a motion mode or a capture-standby mode according to a measured value from an inertial sensor equipped in the mobile device claim 1 , and an image obtainer configured to perform image capturing to obtain the still images in response to the mode determiner setting the camera mode to the capture-standby mode.3. The apparatus of claim 1 , wherein the mode determiner is configured to set a camera mode to a motion mode or a capture-standby mode according to whether an accumulated amount of a motion of the inertial sensor that is calculated at designated time intervals is greater than a specific threshold.4. The apparatus of claim 1 , wherein the multi-view image capturer comprises a camera property adjuster configured to obtain a test image and adjust ISO number of a camera and sensitivity of feature point detection.5. The apparatus of claim 4 , wherein the camera property adjuster is configured to detect facial feature points from the test image claim 4 , and increase the ISO number of the camera and the sensitivity of feature point detection until a number of feature points detected reaches a ...

Method and apparatus for matching 3-dimensional terrain information using heterogeneous altitude aerial images

Disclosed herein are a method and apparatus for matching 3D terrain information based on aerial images captured at different altitudes. The method includes receiving a high-altitude numerical height model based on a terrain image captured at a specific high altitude; receiving 3D terrain information observed from a low altitude, which is generated based on a terrain image captured at an altitude lower than the specific high altitude; generating a low-altitude numerical height model by converting the 3D terrain information into a numerical model in the same form as the high-altitude numerical height model; measuring the cross-correlation between the high-altitude numerical height model and the low-altitude numerical height model, thereby calculating matching parameters for enabling the low-altitude numerical height model to match the high-altitude numerical height model; and adjusting the geospatial coordinates of the 3D terrain information based on the matching parameters and outputting georeferenced 3D terrain information in the same coordinate system as the high-altitude numerical height model.

Ion source, and mass analysis apparatus including same

According to one embodiment of the present invention, an ion source includes: an anode tube in which gas flowing in through one side is ionized and discharged to the other side and in which a slit is formed on the outer circumference thereof; a filament which emits thermal electrons toward the slit so as to ionize the gas; and a diffusion-preventing body arranged between the filament and the slit and having at least one hole through which the thermal electrons can pass so as to reduce the diffusion of the thermal electrons flowing into the anode tube.

APPARATUS AND METHOD FOR GENERATING 3D GEOGRAPHIC DATA

Disclosed herein is an operating method of an apparatus for generating 3D geographic data. The operating method may include receiving multi-view images, generating a 3D mesh and texture for a first distance view from the multi-view images, generating hybrid Digital Surface Model (DSM) data for a second distance view using the 3D mesh and the texture, and generating DSM data for a third distance view using the 3D mesh and the texture. 1. An operating method of an apparatus for generating 3D geographic data , comprising:receiving multi-view images;generating a 3D mesh and texture for a first distance view from the multi-view images;generating hybrid Digital Surface Model (DSM) data for a second distance view using the 3D mesh and the texture; andgenerating DSM data for a third distance view using the 3D mesh and the texture.2. The operating method of claim 1 , wherein generating the 3D mesh and the texture comprises:calculating 3D information from the multi-view images, thereby generating the 3D mesh and texture that are capable of being visualized in a 3D program.3. The operating method of claim 2 , further comprising:storing the 3D mesh and the texture for the first distance view in a first distance view layer.4. The operating method of claim 3 , wherein storing the 3D mesh and the texture comprises:simplifying the 3D mesh and the texture with an increase in a viewpoint distance;classifying the simplified 3D mesh and the simplified texture for each detailed geographic layer; andstoring the simplified 3D mesh and the simplified texture for each detailed geographic layer in the first distance view layer.5. The operating method of claim 1 , wherein generating the hybrid DSM data comprises:reprocessing the 3D mesh and the texture in a form of a height map, thereby generating the hybrid DSM data.6. The operating method of claim 5 , further comprising:storing the hybrid DSM data in a second distance view layer.7. The operating method of claim 5 , wherein generating the ...

Apparatus and method for generating 3d printing model using multiple textures

An apparatus for generating a 3D printing model using multiple textures includes a template model storage unit configured to store template models that are 3D models previously manufactured to be printable, a 3D model conversion unit configured to, upon receiving a 3D input model and a texture image, perform mesh deformation on the template model stored in the template model storage unit by using geometric information about the 3D input model, a texture processing unit configured to assign the texture image to the 3D model having being subjected to the mesh deformation, and a 3D printing model output unit configured to output a geometric model and a texture image of the template model which are finally calculated.

APPARATUS AND METHOD FOR EDITING THREE-DIMENSIONAL BUILDING DATA

An apparatus and method for editing three-dimensional (3D) building data. The apparatus for editing the 3D building data includes an input unit configured to obtain 3D scan data of a building, and a processor configured to divide the obtained 3D scan data of the building in units of construction components. 1. An apparatus for editing three-dimensional (3D) building data , comprising:an input unit configured to obtain 3D scan data of a building; anda processor configured to divide the obtained 3D scan data of the building in units of construction components.2. The apparatus for editing the 3D building data of claim 1 , wherein the 3D scan data of the building is point cloud data in which noise is removed from original data obtained through a 3D scanner.3. The apparatus for editing the 3D building data of claim 1 , wherein the processor divides the 3D scan data in units of components using 3D component model data generated for each component based on a drawing of the building.4. The apparatus for editing the 3D building data of claim 3 , wherein the 3D component model data is solid model data in which the outside and the inside of a model are differentiated.5. The apparatus for editing the 3D building data of claim 1 , wherein the processor comprises:a position adjustment unit configured to adjust each of positions of the 3D scan data and 3D component model data based on a drawing;a position optimization unit configured to adjust the position of the 3D component model data based on point cloud data of which the position is adjusted; anda division unit configured to divide the 3D scan data in units of components based on the 3D component model data according to the position adjustment through the position adjustment unit and the position optimization unit.6. The apparatus for editing the 3D building data of claim 5 , wherein the position optimization unit receives n pieces of the 3D scan data selected by a user based on each face of the 3D component model data for ...

SYSTEM AND METHOD FOR BREAKDOWN PROTECTION FOR SWITCHING OUTPUT DRIVER

An integrated circuit device includes a driver circuit () having a pull-up network with a first pull-up transistor () coupled to a second pull-up transistor () at a first node (VP), and a pull-down network coupled to the pull-up network including a first pull-down transistor () coupled to a second pull-down transistor () at a second node (VN). A first bias switch () is coupled to the first node. A second bias switch () is coupled to the second node. A control circuit () is coupled to operate the first and second bias switches. The first bias switch is operated to reduce a voltage at the first node during a pull-down cycle of the driver circuit and the second bias switch is operated to reduce a voltage at the second node during a pull-up cycle of the driver circuit. 1. An integrated circuit device comprising: a pull-up network including a first pull-up transistor coupled to a second pull-up transistor at a first node;', 'a pull-down network coupled to the pull-up network including a first pull-down transistor coupled to a second pull-down transistor at a second node;', 'a first bias switch coupled to the first node;', 'a second bias switch coupled to the second node; and', 'a control circuit coupled to operate the first and second bias switches, the first bias switch is operated to reduce a voltage at the first node during a pull-down cycle of the driver circuit and the second bias switch is operated to reduce a voltage at the second node during a pull-up cycle of the driver circuit., 'a driver circuit including2. The device of claim 1 , further comprising:a third node (VLP) at a coupling between the pull-up network and the pull-down network; and{'b': '106', 'a load () coupled to the third node.'}3. The device of claim 2 , wherein the load includes at least one of a group consisting of a capacitive load claim 2 , an inductive load claim 2 , a resistive load claim 2 , an integrated circuit memory module claim 2 , and an electronic device.4. The device of claim 1 , ...

TEMPERATURE SENSOR IN AN INTEGRATED CIRCUIT AND METHOD OF CALIBRATING THE TEMPERATURE SENSOR

A temperature sensor configured to, after a predetermined number of stop counting assertions, determine the temperature dependent voltage and thus the temperature at the output of a counter. During a calibration phase, when a counter value is not equal to a test counter value in a pulse generator circuit, capacitance of the temperature sensor is adjusted until the counter value is equal to the test counter value. 1. A temperature sensor comprising: a first tunable capacitor;', 'a second tunable capacitor;', 'a first current source coupled to the first tunable capacitor;', 'a second current source coupled to the second tunable capacitor;', discharge during a first phase of operation, and', 'charge during a second phase of operation;, 'a first switch configured to couple the first tunable capacitor to, charge during the first phase of operation, and', 'discharge during the second phase of operation;, 'a second switch configured to couple the second tunable capacitor to, 'a first node coupled between the first current source and a first terminal of the first tunable capacitor;', 'a second node coupled between the second current source and a first terminal of the second tunable capacitor;, 'ramp generation circuitry including a first comparator including a first input coupled to a first ramp voltage at the first node, a second input couplable to a calibration voltage during a calibration phase and to a temperature dependent voltage during an operational phase, and an output coupled to an input of digital counter circuitry;', 'a second comparator including a first input coupled to a second ramp voltage at the second node, a second input couplable to the calibration voltage during the calibration phase and to the temperature dependent voltage during the operational phase, and an output coupled to the input of the digital counter circuitry., 'pulse generation circuitry including2. The temperature sensor of claim 1 , wherein the digital counter circuitry includes:a clock ...

Particle beam mass spectrometer and particle measurement method by means of same

The present invention relates to a particle beam mass spectrometer and particle measurement method by means of same. More particularly, the present invention relates to a particle beam mass spectrometer including: a particle focusing unit focusing a particle beam induced by gas flow; an electron gun forming a charged particle beam by accelerating thermal electrons to ionize the particle beam focused by the particle focusing unit; a deflector deflecting the charged particle beam according to kinetic energy to charge ratio; and a sensing unit measuring a current induced by the deflected charged particle beam, wherein the deflector includes at least one particle beam separation electrode provided at each of opposite sides with respect to a progress axis of the charged particle beam before being deflected.

LOW DROP OUT VOLTAGE REGULATOR AND METHOD THEREFOR

A circuit and method for regulating an output voltage are provided. The circuit includes a fully differential first stage amplifier, a second stage amplifier, and a power output driver transistor. The first stage amplifier receives a reference voltage and feedback voltage relative to an output voltage of the power output driver transistor. A differential output of the first stage amplifier is received at differential inputs of the second stage amplifier. The second stage amplifier provides a voltage at a control terminal of the power transistor. The output voltage of the power transistor is based on the voltage at the control terminal and a supply voltage coupled to the power output driver transistor. 1. A circuit comprising:a first stage amplifier having a first input coupled to receive a reference voltage, a second input, a first output, and a second output;a second stage amplifier having a first input coupled to the first output of the first stage amplifier, a second input coupled to the second output of the first stage amplifier, and an output;a feed-forward amplifier having a first input coupled to receive the reference voltage, a second input, and an output coupled to the output of the second stage amplifier;a transistor having a control terminal coupled to the output of the second stage amplifier and to the output of the feed-forward amplifier, a first current terminal coupled to an output voltage terminal and a second current terminal coupled to a first voltage supply;a first resistive element having a first terminal coupled to the output voltage terminal and a second terminal coupled to the second input of the first stage amplifier and to the second input of the feed-forward amplifier; anda second resistive element having a first terminal coupled to the second terminal of the first resistive element and a second terminal coupled to a second voltage supply.2. The circuit of claim 1 , wherein the first stage amplifier is characterized as a fully differential ...

METHOD AND APPARATUS FOR FILLING HOLE IN 3D MODEL

Disclosed is 3D information processing method and apparatus. The method of processing three-dimensional (3D) information for an object according to an embodiment of the present invention includes converting mesh model-based 3D information into 3D information of a half-edge structure; dividing a shell region of the object on the basis of connection information of half-edges included in the 3D information of the half-edge structure; determining at least one hole region of the object using the 3D information of the half-edge structure; determining at least one hole group obtained by grouping the at least one hole region of the object; and applying face information to the at least one hole group. 1. A method of processing three-dimensional (3D) information for an object , the method comprising:converting mesh model-based 3D information into 3D information of a half-edge structure;dividing a shell region of the object on the basis of connection information of half-edges included in the 3D information of the half-edge structure;determining at least one hole region of the object using the 3D information of the half-edge structure;determining at least one hole group obtained by grouping the at least one hole region of the object; andapplying face information to the at least one hole group.2. The method of claim 1 , wherein the mesh model-based 3D information includes vertex information indicating vertices of the 3D mesh model and face information indicating faces formed by the vertex information.3. The method of claim 1 , wherein the dividing of the shell region of the object includes:determining whether the half-edges are connected or not from the connection information of the half-edges; andgrouping the connected half-edges to be determined as the shell region of the object.4. The method of claim 1 , wherein the determining of the hole regions of the object includes:determining whether or not there is a face to which the half-edge belong for the half-edge; andwhen there ...

APPARATUS AND METHOD FOR VERIFYING AND CORRECTING DEGREE OF 3D-PRINTED JOINTS MOVEMENT

Disclosed herein are an apparatus and method for verifying and correcting degree of 3D-printed joints movement. A method for correcting a print position of a three-dimensional (3D) object is performed by a 3D object print position correction apparatus, and includes setting at least one adjacent mesh of a 3D object in which multiple shells are connected to each other through a joint structure, calculating movement degree information for the joint structure of the 3D object using the set adjacent mesh, and correcting a print position of the 3D object such that the print position matches the calculated movement degree information. 1. A method for correcting a print position of a three-dimensional (3D) object , the method being performed by a 3D object print position correction apparatus , the method comprising:setting at least one adjacent mesh of a 3D object in which multiple shells are connected to each other through a joint structure;calculating movement degree information for the joint structure of the 3D object using the set adjacent mesh; andcorrecting a print position of the 3D object such that the print position matches the calculated movement degree information.2. The method of claim 1 , wherein setting the adjacent mesh of the 3D object is configured to set the adjacent mesh for a joint portion between a first shell and a second shell.3. The method of claim 2 , wherein setting the adjacent mesh of the 3D object comprises:slicing the 3D object along at least one of an X axis, a Y axis, and a Z axis;measuring an interval between the first shell and the second shell at a section of the sliced 3D object; andsetting the adjacent mesh by comparing the measured interval with a preset effective interval.4. The method of claim 3 , wherein setting the adjacent mesh comprises setting at least one of an index of the adjacent mesh claim 3 , indices of vertices corresponding to the adjacent mesh claim 3 , coordinates of the vertices corresponding to the adjacent mesh claim ...

Apparatus and method for selecting frequency band

A switching circuit is provided. The switching circuit includes at least one Surface Acoustic Wave (SAW) filter, a Single-Pole n Throw (SPnT) switch connected to an input port of each of the at least one SAW filter, and a Dual-Pole n Throw (DPnT) switch connected to an output port of each of the at least one SAW filter.

APPARATUS AND METHOD FOR SELECTING FREQUENCY BAND

A switching circuit is provided. The switching circuit includes at least one Surface Acoustic Wave (SAW) filter, a Single-Pole n Throw (SPnT) switch connected to an input port of each of the at least one SAW filter, and a Dual-Pole n Throw (DPnT) switch connected to an output port of each of the at least one SAW filter. 1a radio frequency integrated circuit to support a plurality of frequency bands including a first specified frequency band, a second specified frequency band and a third specified frequency band;a first switch adapted to receive a signal, the first switch to output the signal based at least in part on a selection of a corresponding specified frequency band of the first specified frequency band, the second specified frequency band and the third specified frequency band;a plurality of filters coupled with the first switch and including a first filter corresponding to the first specified frequency band, a second filter corresponding to the second specified frequency band and a third filter corresponding to the third specified frequency band, each of the first filter, the second filter, and the third filter adapted to receive the signal from the first switch based at least in part on the selection of the corresponding specified frequency band; anda second switch including a input port coupled with the first filter and an output port coupled with the radio frequency integrated circuit, the second switch adapted to selectively pass the signal filtered via the corresponding filter of the first filter to the radio frequency integrated circuit,a third switch including a first input port coupled with the second filter, a second input port coupled with the third filter and an output port coupled with the radio frequency integrated circuit, the third switch adapted to selectively pass the signal filtered via the corresponding filter of the second filter and the third filter to the radio frequency integrated circuit.. A portable communication device comprising: ...

METHOD AND APPARATUS FOR RECONSTRUCTING THREE-DIMENSIONAL MODEL OF OBJECT

Provided is a method of reconstructing a three-dimensional (3D) model of an object. The method includes sequentially performing, by a camera module, first and second object scanning processes of scanning the same object, reconstructing, by a processor module, a 3D object model, based on a first object image obtained through the first object scanning process, performing pose learning on an object to generate learning data, based on data obtained through a process of reconstructing the 3D object model based on the first object image, and reconstructing, by the processor module, a final 3D object model, based on a second object image obtained through the second object scanning process and the learning data. 1. A method of reconstructing a three-dimensional (3D) model of an object , the method comprising:sequentially performing, by a camera module, first and second object scanning processes of scanning the same object;reconstructing, by a processor module, a 3D object model, based on a first object image obtained through the first object scanning process and performing pose learning on an object to generate learning data, based on data obtained through a process of reconstructing the 3D object model based on the first object image; andreconstructing, by the processor module, a final 3D object model, based on a second object image obtained through the second object scanning process and the learning data.2. The method of claim 1 , wherein the sequentially performing comprises performing the first and second object scanning processes in a state where at least one of the camera module and the real object is not fixed.3. The method of claim 1 , wherein the sequentially performing comprises:performing the first object scanning process of capturing a plurality of depth images of the object at different viewpoints; andperforming the second object scanning process of capturing a plurality of color images of the object at different viewpoints.4. The method of claim 1 , wherein ...

Rf receiver and method of receiving rf signal

A radio frequency (RF) receiver and a method of receiving an RF signal are provided. The RF receiver includes a low-noise amplifying unit which amplifies a received signal while restricting out-of-band interferer of the received signal, a sampling unit which performs sampling to convert the amplified signal to a discrete time domain signal, a frequency translation unit which down-converts the sampled signal into a frequency band that enables the sampled signal to be converted into a digital signal and restricts interferer from a frequency within an aliasing band according to a sampling frequency, an anti-aliasing filtering unit which prevents aliasing from the down-converted signal, a clock unit which provides the sampling unit, the frequency translation unit, and the anti-aliasing filtering unit with sampling frequencies, and an analog-digital-converter which converts the converted signal into the digital signal.

Apparatus and method for generating virtual game clients

Disclosed herein are an apparatus and method for generating virtual game clients. The apparatus includes a description grammar module, a description generation module, and a client generation and control module. The description grammar module includes a game packet description grammar. The description generation module generates a game protocol description corresponding to the structure of a packet protocol of a game and a game protocol sequence description corresponding to the relationship of transmission and reception between packets, based on the game packet description grammar. The client generation and control module generates a virtual game client using the game protocol description and the game protocol sequence description.

Method for estimating three-dimensional position of human joint using sphere projecting technique

A method for estimating three-dimensional positions of human joints includes the steps of: a) marker-free motion capturing a moving figure for obtaining a multiview 2D image of the moving figure, and extracting a 2D feature point corresponding to a bodily end-effector; b) three-dimensionally matching the 2D feature point corresponding to the bodily end-effector, and recovering the 3D coordinates of the bodily end-effector; c) generating a 3D blob of the bodily end-effector, generating a virtual sphere with a radius that is a distance from a center of the 3D blob to a joint, and projecting the virtual sphere onto the obtained multiview 2D image of the moving figure; and d) detecting a coinciding point of a surface of the projected virtual sphere and the multiview 2D image of the moving figure, and estimating a 3D position corresponding to the coinciding point as a 3D position of the joint.

Method for simultaneous analysis of multiple elements of hair sample by inductively coupled plasma mass spectrometry(icp-ms)

System and method for analyzing online game packets

A system and method for analyzing an online game packet are disclosed. The system for analyzing the online game packet includes a capturing unit that captures a packet transmitted between a client terminal and a game server, and an analysis unit that analyzes the packet captured by the capturing unit, and defines, according to an analyzed result, a data field included in the packet as a static field having the same field structure or a dynamic field having a field structure according to a reference field defining an arrangement rule of a field or a field structure according to a user's request. According to the present invention, the data field of the captured packet may be defined for each type according to structural characteristics, thereby automatically analyzing the packet.

Virtual content-mixing method for augmented reality and apparatus for the same

Disclosed herein are a virtual content-mixing method for augmented reality and an apparatus for the same. The virtual content-mixing method includes generating lighting physical-modeling data based on actual lighting information for outputting virtual content, generating camera physical-modeling data by acquiring a plurality of parameters corresponding to a camera, and mixing the virtual content with an image that is input through an RGB camera, based on the lighting physical-modeling data and the camera physical-modeling data.

Character animation system and method

A character animation system includes a data generating unit for generating a character skin mesh and an internal reference mesh, a character bone value, and a character solid-body value, a skin distortion representing unit for representing skin distortion using the generated character skin mesh and the internal reference mesh when an external shock is applied to a character, and a solid-body simulation engine for applying the generated character bone value and the character solid-body value to a real-time physical simulation library and representing character solid-body simulation. The system further includes a skin distortion and solid-body simulation processing unit for processing to return to a key frame to be newly applied after the skin distortion and the solid-body simulation are represented.

Transmitter and method of processing transmission signals

A transmitter and method are provided for processing a transmission signal. The transmitter includes an FEM that switches a plurality of band signals for a first and second communication scheme, wherein the band signals for the first communication scheme include a first HB signal, a second HB signal, a first LB signal, and a second LB signal, and the band signals for the second communication scheme include a third LB and a third HB signal; a first PAM including a first power amplifier that amplifies the third HB signal, a second power amplifier that amplifies the first HB signal, and a third power amplifier that amplifies the first LB signal; and a second PAM including a fourth power amplifier that amplifies the third LB signal, a fifth power amplifier that amplifies the second HB signal, and a sixth power amplifier that amplifies the second LB signal.

Apparatus and method for high-speed marker-free motion capture

The present invention relates to an apparatus and method for a high-speed marker-free motion capture, which is capable of powerfully detecting a body's feature points corresponding to a body's end portions such as a head, hands, feet, trunk, arms and legs at a high speed in an illumination change or background or noises of cameras. The extracted feature points of the body can be directly tracked stably in a 3-dimensional space. The position errors of the feature points due to the change of the illumination conditions or a shadow can be automatically corrected and the feature points can be stably tracked with respect to overlapping and disappearance of the feature points. Further, when coordinates of the middle joints are estimated using 3-dimensional coordinates of the extracted feature points of the body, the apparatus and method of the present invention restores a human model by estimating the positions of the middle joints of the actor with high reality without using motion database, thereby securing the stability and reality of the 3-dimensional motion data required in the motion capture.

Apparatus for recognizing three-dimensional motion using linear discriminant analysis

Provided is an apparatus and method for recognizing a three-dimensional (3D) motion using Linear Discriminant Analysis (LDA). The apparatus includes: a 3D motion capturing means for creating motion data for every motion; a motion recognition learning means for analyzing the created motion data, creating a linear discrimination feature component for discriminating corresponding motion data, extracting/storing a reference motion feature, and recognizing each of the extracted/stored reference motion features as a corresponding motion; and a motion recognition operating means for extracting a motion feature from motion data, searching a reference motion feature corresponding to the extracted input motion feature, and recognizing a motion corresponding to the searched reference motion feature as a 3D motion.

Apparatus for extracting camera motion, system and method for supporting augmented reality in ocean scene using the same

A system and method for supporting augmented reality in an ocean scene is provided. According to the system and method, camera rotation information is extracted from horizontal line information of a sea extracted from an original image including a focal length and at least two first natural feature point tracking data existing on a sea plane and a plane parallel to the sea plane, using long-distance background features; camera movement is sequentially calculated from the camera rotation information and at least two natural feature point tracking data existing on the sea plane of the original image; and a computer graphics object is placed on a ground plane by importing camera position data, and a rendering is performed as moving the camera. Accordingly, the camera rotation and the camera movement can be accurately calculated, assuming that the camera focal length information is known at the time of capturing a moving image with a sea image for a background, and thus the CG/real scene synthesis with the sea for a background can be accomplished more realistically and accurately during the production of videos such as movie and drama.

Power source current balancing system and method

A system includes a first sense circuit configured to provide a first output representative of sensed current provided by a first battery coupled to a first load. A second sense circuit is configured to provide a second output representative of sensed current provided by a second battery coupled to the first load. An input current controller is coupled to receive the respective first and second outputs and to couple between the second battery and the first load to control the current provided by the second battery.

Apparatus and method for analyzing characteristic of game player in real time

Provided are an apparatus and method for analyzing a characteristic of a game player in real time. The apparatus includes at least one individual action determiner for calculating a player characteristic value indicating a level or tendency of a game player by giving a first weight to game play data values resulting from game play of the game player, an accuracy determiner for comparing the player characteristic value and a value set by an administrator, and calculating an accuracy value of the individual action determiner, a comprehensive level determiner for calculating a final characteristic value indicating a level or tendency of the game player by giving a second weight to the player characteristic values calculated by the individual action determiners when the accuracy value do not exceed a reference value, and a characteristic value output unit for outputting the final characteristic value.

Time-multiplexing resonant drive scheme to generate dual polarity supplies

A time-multiplexing resonant drive scheme is described that reuses an inductor circuit for multiple functional purposes in a Mixed Reality (MR) device. A driver circuit and a multiplexer circuit are dynamically configured by a controller circuit for three operating modes. In the first mode, energy is coupled from a battery to the inductor circuit in a forward direction to charge the inductor circuit and generate a positive power supply voltage. In the second mode, energy is coupled from to the inductor circuit in a reverse direction to charge the inductor circuit and generate a negative power supply voltage. In the third mode, the inductor is operated with an antenna as part of a resonance drive circuit, where facial movements of the user can be detected based on the response. Reduced component count and reduced cost requirements are achieved by the described scheme.

Server and method for generating best view spots

Disclosed is a best view spot generating server which includes a virtual tour providing server that communicates with a user terminal over a network and generates a best view spot associated with a three-dimensional object included in a virtual space, and a database that operates in conjunction with the virtual tour providing server and stores data associated with the virtual space, data associated with the three-dimensional object, and data associated with the best view spot.

Laser diode driver break-down protection scheme

A system is provided for maintaining a safe operating area while also providing a suitable forward bias voltage to drive a laser diode. The system can monitor a voltage that is applied to a laser diode driver using a threshold that is based on the fabrication process of the laser diode driver. For example, a system can utilize a first threshold for a laser diode driver that is fabricated utilizing a 10 nm process and utilize a second threshold for another laser diode driver that is fabricated utilizing a 20 nm process. The threshold can also be based on a color of the laser or a desired operation mode. The system can monitor a voltage applied to a laser diode using different thresholds while controlling a bleed current to ensure that the laser diode is forward biased while mitigating the risk of silicon breakdown of the laser diode driver.

High sensitivity resonant drive scheme for rf face tracking

A system for facial movement detection with reduced size and reduced cost by employing a novel resonant drive and sampling scheme is disclosed. An example battery operated system includes a driver circuit, an LC resonance circuit formed by an inductor circuit and a capacitance from an antenna, and a sample and hold circuit. The driver circuit can be configured by a controller to generate a drive signal for the LC resonance circuit, which has a resonant frequency that changes as the capacitance of the antenna varies responsive to facial movements of the user. The sample and hold circuit samples the output of the LC resonance circuit responsive to a falling edge of the drive signal for the LC resonance circuit, wherein an output of the sample and hold circuit is a sampled sense signal that may be further processed to detect facial movements of the user.

Low power efficiency rf facial movement detection scheme

The techniques disclosed herein provide low power, efficient systems, devices and circuits that detect facial movements of a user of a Mixed Reality (MR) device. An example battery operated system includes a pulse driver that generates pulse signals at a set frequency, while operated below the battery voltage. An LC filter receives the pulse signals and generates a transient response based on a capacitance value associated with an antenna. The capacitance of the antenna varies responsive to facial movements of the user based on the varying distance of the antenna to the users skin. A coupling capacitor AC couples the output of the LC filter to other system components, where the AC coupled output of the LC filter includes a detected signal amplitude and a detected signal phase of the LC filter responsive to facial movements of the user.

Time-multiplexing resonant drive scheme to generate dual polarity supplies

A time-multiplexing resonant drive scheme is described that reuses an inductor circuit for multiple functional purposes in a Mixed Reality (MR) device. A driver circuit and a multiplexer circuit are dynamically configured by a controller circuit for three operating modes. In the first mode, energy is coupled from a battery to the inductor circuit in a forward direction to charge the inductor circuit and generate a positive power supply voltage. In the second mode, energy is coupled from to the inductor circuit in a reverse direction to charge the inductor circuit and generate a negative power supply voltage. In the third mode, the inductor is operated with an antenna as part of a resonance drive circuit, where facial movements of the user can be detected based on the response. Reduced component count and reduced cost requirements are achieved by the described scheme.

Power source current balancing system and method

A system includes a first sense circuit configured to provide a first output representative of sensed current provided by a first battery coupled to a first load. A second sense circuit is configured to provide a second output representative of sensed current provided by a second battery coupled to the first load. An input current controller is coupled to receive the respective first and second outputs and to couple between the second battery and the first load to control the current provided by the second battery.

Power Source Current Balancing System and Method

A system includes a first sense circuit configured to provide a first output representative of sensed current provided by a first battery coupled to a first load. A second sense circuit is configured to provide a second output representative of sensed current provided by a second battery coupled to the first load. An input current controller is coupled to receive the respective first and second outputs and to couple between the second battery and the first load to control the current provided by the second battery.

High sensitivity resonant drive scheme for rf face tracking

A system for facial movement detection with reduced size and reduced cost by employing a novel resonant drive and sampling scheme is disclosed. An example battery operated system includes a driver circuit, an LC resonance circuit formed by an inductor circuit and a capacitance from an antenna, and a sample and hold circuit. The driver circuit can be configured by a controller to generate a drive signal for the LC resonance circuit, which has a resonant frequency that changes as the capacitance of the antenna varies responsive to facial movements of the user. The sample and hold circuit samples the output of the LC resonance circuit responsive to a falling edge of the drive signal for the LC resonance circuit, wherein an output of the sample and hold circuit is a sampled sense signal that may be further processed to detect facial movements of the user.

Apparatus and method for game design evaluation

The present invention relates to an apparatus and a method for game design evaluation. The apparatus for game design evaluation includes a operation information input unit that receives the game operation signals of the user, a gamer status input unit that receives status information of the user while the game is played, a gamer status detector that analyzes information collected through the game status information input unit, and a game design evaluator that stores detected data to be used in commercial game software and performs analysis in various manners. With the present invention, it can acquire the degree of the user's interest, taste, and stress through the face and motion of the gamer and the brainwave status of the gamer, the keyboard and mouse input of the user, and the status information in the current playing game and evaluate the design of game contents based on them.

Apparatus and method for collecting game data

Disclosed herein is an apparatus for collecting game data in order to test performance of a game server. The apparatus includes a capture and filtering module, a control module, and a data management module. The capture and filtering module captures packets, transmitted and received between the game server and each of a plurality of game clients, using the plurality of game clients, and extracts a plurality of necessary data by performing filtering on the results of the capturing. The control module determines the movement route of a game character in such a way as to correspond to the plurality of necessary data, and controls the plurality of game clients based on the movement route. The data management module stores and manages the plurality of necessary data.

Drive circuit for resonant mirror scanning system

Examples are disclosed herein that relate to driving a resonant scanning mirror system using a linear LC resonant driving scheme. In one example, a resonant scanning mirror system includes a scanning mirror, first and second mirror drive elements, and a drive circuit to drive the scanning mirror at a resonant frequency. The drive circuit includes one or more signal sources configured to create a first source signal and a second source signal that is 180 degrees out of phase with the first source signal. The drive circuit further includes a buffer stage configured to receive the first and second source signals and output first and second drive signals, a first resonant LC stage configured to amplify the first drive signal for provision to the first mirror drive element, and a second resonant LC stage configured to amplify the second drive signal for provision to the second mirror drive element.

Power efficiency optimization method of lc resonant driver for mems mirrors

Techniques are described herein for dynamically adjusting a resonant frequency of a resonance circuit to optimize power transfer to a mirror device such as a MEMS mirror. A variable capacitance circuit can be operated responsive to a bias control signal. A capacitance control circuit can vary the bias control signal to the resonance circuit responsive to a sense signal. The sense circuit is configured to generate the sense signal responsive to an output of the mirror device. By monitoring a signal level from the output of the mirror device (130), and adjusting the bias control signal of the resonance circuit, the exact resonance frequency of the resonance circuit can be adjusted until a peak signal level is observed, thus improving the efficiency of the energy transferred from the driver circuit (110) to the mirror device (130), and counteracting the impact of parasitic capacitances on the resonance.

Apparatus and method for generating lightweight three-dimensional model based on image

Disclosed herein an apparatus and method for generating a lightweight three-dimensional model based on an image. The method comprising: generating a point cloud by analyzing an input image; generating an ultra lightweight mesh based on the point cloud and generating a lightweight mesh capable of texture mapping based on the generated ultra lightweight mesh; generating a texture from the input image; and storing the generated lightweight mesh and the texture.