SETUP METHOD AND APPARATUS FOR WIRELESS COMMUNICATION

Hereinafter, with reference to the attached drawing in the embodiment of the disclosure are detailed as follows.

In the embodiment described in the embodiment in the disclosure belong in the embodiment of the disclosure is a known field of ranger for the techniques described and be directly related to free content supplied from a substrate. In the embodiment of the subject matter of the disclosure are unnecessary description is formed by analogy by without more clearly for delivering are disclosed.

In some components as well as the appended drawing reasons or exaggerated exposed to determine is also shown. In addition, each thread size of the components that reflect the size number entirely tastes. The same or corresponding elements are provided with the same reference number in each drawing to him.

The benefit and features in the embodiment of the disclosure, the appended drawing method and an electronic component connected to the achieve the embodiment carry specifically with reference examples activitycopyright will. However the disclosure hereinafter in the embodiment of disclosure in that they are limited to different but can be implemented in various forms, in the embodiment of the invention to only the disclosure of categories for alerting the person with skill in the art are completely and a target ball number, the disclosure be bars defined by category of claim fee so as to prevent only disclosed. Throughout the specification the same references refer to the same components.

The, also drawing of each of these block and flow also drawing process stream program instructions be done by computer may be understand it will rain. These computer program instructions may be a general purpose computer, special computer or other programmable data processing equipment can be mounted processor, computer or other programmable data processing of the instruction are performed by means of the processor performs a landscape (are) flow described functions produce the substrate. These computer program instructions to a particular computer or other programmable data processing equipment for implementing functions in a clocked manner to direct the available stored in the computer or computer readable memory passage formed, instruction are stored in a computer readable memory or computer available flow landscape (are) described function interfaces to produce items number tank instruction means also disclosed. Computer program instructions are computer or other programmable data processing equipment is mounted on a passage formed, a computer or other programmable data processing equipment computer steps are carried out a series of operations on the computer or other programmable data processing equipment generating is performed in process flow landscape (are) performing instruction are described functions for carrying out steps [...] number also be disclosed.

In addition, each block is (are) one or more specified logical functions for executing the executable instructions including module, a part of the segments or can exhibit. Further, in some examples referred to blocks replaced execution functions in this order beyond a predetermined time interval lapses generated by large substrate. For example, two blocks shown came substantially blocks or substantially simultaneous also be performed a second corresponding sometimes to other persons also be disclosed.

At this time, the embodiment used in example '- part' the term software or hardware components such as ASIC or FPGA (field-a Programmable Gate Array) (Application Specific Integrated Circuit) and graphics, '- part' role is to has a plurality of hierarchies. However '- part' software or hardware is limited to the meanings endured. '- part' is addressable storage medium may be configured one or more of processors configured to reproducing disapproval. Thus, in one example '- part' is software components, object-oriented software components, class components and task components such as components, processes, functions, attributes, procedures, subroutine are, segments of program code, drivers, firmware, microcode, circuitry, data, database, data structures, tables, arrays, and variables comprising the. Components '- part' in which a smaller number of components and function are ball number '- part' are combined into or additional components '- part' can be further separated into. As well as, components and '- part' CPU (central processing unit) are in one or more multimedia card or security device may be configured to replay the disapproval.

In the embodiment of the disclosure are described specifically in, OFDM-based wireless communication system object to do anything but attain, the specification at a major aspect be similar to other communication system using descriptive having a background arrangements for a disclosure range specification from a heavy which is adaptable to an extent that it is not, this technical knowledge of the art splicing in having at a recognition are disclosed.

Figure 2 shows a connection method shown in the embodiment according to IoT AP disclosure of invention for use with a surface are disclosed.

The reference 2 also, IoT device (100) from the terminal user AP (200) receives information about, AP received (200) based on information about AP (200) can be connected. The disclosure in said progress such as Easy setup scheme based setup of Wi-a Fi referred to less than 1000. Easy setup scheme is irradiated IoT device and terminal number, types and supporting wireless technology independently IoT device (100) to AP (200) by a kite deficiency, IoT AP can be different for every device connected user method according to corresponds to the left and, without requiring user intervention to the user results in a case of the least can.

In NAN hereinafter (Neighborhood Area Network) AP IoT based on quickly in the embodiment for use with a connecting describes other.

Figure 3 shows a setup scheme using Wi-a Fi describing the NAN also are disclosed.

The reference also 3, NAN scheme is to search writing background device search and background service Wi-a Fi, existing Wi-a Fi contrast energy can be reduced disclosed. NAN station communication includes a search and synchronization (discovery and synchronization) process (310), service disclosure, becoming agree (publish & subscribe/follow a-up) process (320) and Wi-a Fi connection number services via ball (service via Wi-a Fi connection) process (330) comprises.

Search and synchronization process (310) terminal and said IoT IoT search process of synchronization process of the terminal equipment are disclosed. Specifically, said IoT said IoT device search process equipment at least one NAN Discovery beacon (NAN Discovery Beacon) (311) transmitting process are disclosed. NAN Discovery beacon (311) in the cluster transmit packets having a terminal are the search IoT device are disclosed. In addition, synchronization of said terminal in said IoT device, at least one NAN Discovery beacon (311) receiving terminal device with said IoT NAN Synchronization beacon (NAN Synchronization Beacon) (312) of sending and receiving IoT through device synchronized with the other. NAN Synchronization beacon (312) and the terminal device the IoT synchronization for a packet transmitted are disclosed. NAN Discovery beacon (311) and NAN Synchronization beacon (312) DW (Discovery Window) of transmission and reception can be performed on the channel 6.

Service of posting NAN, becoming the consent process (320) in the NAN SDF with flexible (NAN Service Discovery Frame Publish) (321) and NAN SDF it sells the low [ep (NAN Service Discovery Frame Follow provided up) (322) of sending and receiving process are disclosed. Specifically, service and subscription consent process comprises said IoT synchronized from the device to a terminal when said NAN SDF with flexible (321) transmission process are disclosed. When the created synchronization with flexible NAN SDF (321) NAN service number can be recognize communicates with the ball. In addition, the consent process comprises, when with flexible NAN SDF (321) for receiving from a terminal a device it sells the low [ep NAN SDF IoT device and connecting said IoT agree (322) is transmitted from the process. In NAN SDF with flexible (321) and NAN SDF it sells the low [ep (322) DW of transmission and reception can be performed on the channel 6.

Service of number NAN co process (330) is connected via a service delivery process Wi-a Fi frames are disclosed. Than, NAN scheme is said terminal can be connected to a device over said IoT Wi-a Fi Direct and NAN Data HL2 (331).

Figure 4 shows a setup scheme is also Soft AP based Wi-a Fi shown are disclosed.

The reference also 4, to raleigh NAN (enrollee) operating as IoT device (100) includes a power source turned on by AP operated to in a mode other (401). (Configurator) NAN com blood [kyu acting as terminal (300) is IoT device (100) for a service can be set up to execute the application number Wi-a Fi [...] (402). At this time, terminal (300) is AP (200) are connected to the disconnection the AP (AP disconnection) state is under or over (403). Terminal (300) is IoT device (100) after adding (404), IoT device (100) technique to a (405). IoT device (100) receives from beacon (Beacon), terminal (300) is representative of the pop-up window, setup from a user receives the confirmation other (407). Terminal (300) through the pop-up window said password from the user to setup for confirming AP of selection is controlled (408), IoT device (100) to terminal (300) is interconnected Soft AP (Software enabled Access Point) connection state is under or over (409). Wherein, Soft AP stores connection state, AP function software including IoT device (100) is AP (200) by IoT acts as the device (100) to terminal (300) connected state by big. Terminal (300) is IoT device (100) to AP (200) for AP information is stored (410), IoT device (100) and can be connected to the connection of the number Soft AP number state (411). IoT device (100) includes said AP AP based on information (200) deficiency is under or over the soft AP connection state (412). Then, terminal (300) is AP (200) connection on establishing other (413).

As than Soft AP based Wi-a Fi setup scheme is, due to the connection between the terminal information exchange connection based on number and reconnection of the AP additional procedure is required to top door number present point Wi-a Fi setup time.

Figure 5 shows a schematic diagram of the method in the embodiment according to NAN disclosure of invention shown connected AP IoT device and based on the potable are disclosed.

The reference also 5, IoT device (100) includes a power source the turn-on (501) by, device network N. lookup operations. Selectively, terminal (300) is IoT device (100) of the number can be [...] Wi-a Fi setup service to execute the application (502). Device for later IoT device (100) a terminal (300) transmits the beacon to NAN Discovery (503). In addition, IoT device (100) with flexible NAN SDF is attached with terminal (300) transmits to (504). At this time, when the service information with flexible NAN SDF without using a tool. Service information is Easy setup or relay based setup (relay a-based setup) such as Wi-a Fi setup method and IoT device (100) to terminal (300) of security scheme to acquire information required for e.g., can be public key. Terminal (300) is representative of the pop-up window, setup from a user receives the confirmation other (505). In addition, terminal (300) it sells the low it will carry the NAN SDF IoT device (100) transmits to. It sells the low it carried NAN SDF service information comprises public key (506). Said service information is AP (200) can be used for connection to AP information. IoT device (100) is NAN SDF upon receiving it sells the low it will carry, IoT device (100) includes a AP (200) connected to AP connection state is under or over (507).

In the embodiment shown in when AP with flexible NAN SDF contains information, connection based manner by not Wi-a Fi setup, Wi-a Fi setup time can be reduced.

Figure 6 shows a hierarchical operation in the embodiment according to NAN disclosure of invention shown connected AP based on the IoT device and method are disclosed.

6 Also reference surface, IoT device (100) is Easy setup service is, Wi-a Fi module (101) and NAN module (102) having a predetermined wavelength. In addition, terminal (300) is Easy setup service is, Wi-a Fi module (301) and NAN module (302) having a predetermined wavelength.

IoT device (100) of NAN module (102) and terminal (300) of NAN module (302) in search (Discovery) process (610), ranging (Ranging) process (620) and service search (Service Discovery) process (630) is carried out. Presently (610) RM, IoT device (100) is carried out in a device search process by big. Ranging process (620) in IoT device (100) is performed terminal (300) is IoT device (100) can be recognizing whether the same space. Ranging process (620) in IoT device (100) is based on measured distance based on RSSI (Received Signal Strength Indication) NAN ranging operation utilizing information recognition operation cavity (Joint Recognition) performance of disclosed. Service presently (630) the security scheme according to IoT device (100) to terminal (300) comprising a connection process, security scheme according AP site or a disapproval. Said security scheme is, Connection a-less type, NAN Data Path security scheme, Soft AP security scheme or DPP (Device Provisioning Protocol) comprising at least one security scheme can.

When said security scheme is Connection provided less scheme, service presently (630) AP in communication of information process can be performed. Service presently (630) then, IoT device (100) includes a IoT device (100) to AP (200) (Association) the connection between the process (650) on a chuck. In the case of setup time Connection provided less scheme for reducing Connection provided less based AP can be performing transferring information.

Said security scheme is NAN Data Path security scheme, Soft AP security scheme or DPP (Device Provisioning Protocol) security scheme if, IoT device (100) of Wi-a Fi module (101) and terminal (300) of Wi-a Fi module (301) in Soft AP security scheme, NDP (NAN Data Path) security scheme or DPP (Device Provisioning Protocol) security scheme for the individual receives (640) is carried out. Connection process (640) is Soft AP security scheme, NDP security scheme or DPP security scheme through IoT device (100) to terminal (300) after connection, AP information comprises a transduction. AP after communication of information, IoT device (100) and AP (200) in connection process (650) is carried out. NAN Data Path security scheme, in the case of security scheme DPP Soft AP security scheme and, various data paths, specifically, Soft AP, DPP NDP and utilizing at least one of communication of information through various Connection AP can be performing.

6 Also not shown but, IoT device (100) to terminal (300) can be supporting relay based setup. Relay based setup is obtained, IoT device (100) is AP (200) connected through another device (i.e. relay) AP (200) connected to service are disclosed. IoT device (100) to 26 through 29 also decodes the setup by relay based also detailed carry.

Figure 7 shows a method shown in the embodiment according to IoT disclosure of invention of NAN based AP surface connected are disclosed.

The reference also 7, in step 701 IoT device number [...] IoT device technique to device. Search for the device number NAN Discovery [...] IoT IoT instruments can be transmitting beacon device. NAN Discovery IoT via the transmission of the beacon is required number [...] AP AP IoT device comprises a connecting device and at least one terminal can be sensing information. The sensed at least one terminal for different AP AP [...] number information can be. Each different AP IoT device and terminal may be equal spaces, and terminal device different spaces IoT disapproval.

7 Also reference surface, the sensed at least one terminal device in said pilot channel IoT device 702 for IoT device for determining the presence of a same space with same space determining operation has a plurality of hierarchies. The means by which same space determining operation, said at least one determining device to determine whether a terminal are equal spaces IoT big operation. Said at least one terminal device by determining operation same space with IoT, IoT AP AP to obtain information device is connected can be present in the same space. I.e., present in the same space and IoT [...] AP information terminal device is connected number corresponding to the same spaces AP IoT device is also if it is found as follows.

In one in the embodiment, the device measures a distance between IoT IoT device and at least one terminal, at least one terminal of RSSI can be calculated. In the process of measuring the distance between the IoT device and at least one terminal, at least one terminal IoT instruments can be pre-defined signal. IoT device receives a response to the sent from the terminal of said signal to at least one, at least one terminal based on said signal and said response measures a distance with the round-trip time (round trip time: RTT) can be.

In addition, in the process of calculating the RSSI IoT device and at least one terminal, at least one terminal device comprises a transmitting signal defined in advance IoT receives a response to the signal strength of said signal when measuring (i.e. RSSI) can be.

IoT device has at least one terminal that the distance during predetermined distance, greater than the predetermined RSSI threshold RSSI satisfying the set terminal, determines that spaces can be the same.

In the IoT device 703, AP IoT device and transmits a request for connection to at least one terminal. Wherein, the terminal to search a machinery IoT sensed or said request, said request only terminal that are determined to be present in the same space or can be. Wherein, said request is, with flexible configuration and NAN SDF frame when viewed from above, a terminal device and at least one IoT includes information about the security scheme. Security scheme is Connection a-less type, NAN Data Path security scheme, Soft AP (Software enabled Access Point) security scheme, DPP (Device Provisioning Protocol) can be at least one of a security scheme. I.e., one security scheme request and include a IoT device, a plurality of security scheme can be an IP address request. If, if included in the plurality of security scheme to the request, said receiving a request by the terminal one security scheme can be selected.

In step 704 IoT device, information corresponding to said request sent from the terminal of at least one AP receives a. At least one terminal to the same AP AP IoT instruments as one in the embodiment to be capable of receiving information. As one in the embodiment, at least one device for receiving information sent from the terminal of IoT AP AP can be different.

In some in the embodiment, prior to receiving information sent from the terminal of at least one AP IoT device, IoT device and at least one terminal can be connected by said security scheme. If IoT device and at least one terminal connected to the Connection a-less, it sells the low [ep AP NDF SDF frame information can be included in the form of received. I.e., the device for use with a same space present IoT AP information from or IoT IoT features not present in the same space for use with a receiving terminal can be AP information from both. Search device detected by the at least one terminal equipment terminal and one of spaces IoT NAN Data Path security scheme, DPP Soft AP security scheme or if connected in a secure manner, said terminal selection information may AP NAN Data Path security scheme, Soft AP security scheme or can be based on the received security scheme DPP.

In step 705 IoT device, said information received AP AP connected to each other. In the embodiment as one information from or to a selected one of a plurality of terminal device has received from the IoT AP AP AP extracts information can be connected. In one in the embodiment, at least one terminal device has received from information about IoT AP AP AP information received from one of terminal spaces can be connected. In the embodiment IoT device to one same space present in the at least one terminal having terminal identified most large RSSI AP determines that may use information can be.

In some in the embodiment, it is possible there is connection to the IoT AP, relay based can be setup. Specifically, a machinery IoT pilot channel information received from the terminal to send a first sensed AP number 1 there is a connection attempt, said number 1 terminal number [...] at least one terminal can search again. A machinery IoT pilot channel number 2 terminal selecting one of the sensed at least one terminal, a terminal for use with a security scheme based on number 2 can be reset as the IoT number 2. Wherein, security scheme is Soft AP security scheme and in one NAN Data Path are disclosed. By IoT is connected to an terminal number 2, number 2 terminal number 2 terminal AP IoT information can be received through the instruments.

Figure 8 shows a method shown in the embodiment according to invention disclosure of terminal connected AP NAN based IoT device and surface are disclosed.

The reference also 8, in step 801 IoT NAN Discovery beacon it does and received from a terminal. Transmitting a beacon frame of the IoT NAN Discovery equipment for later search and retrieval device are disclosed.

8 But is also not shown, can be IoT terminal from a pre-defined signal. Wherein, said signal is transmitted in order to determining operation same space terminal IoT devices are disclosed. The terminal devices can be IoT said response signal. Said controller control IoT response is a terminal that is used to determine distance and/or RSSI can be.

IoT devices located determines that same space terminal, terminal in step 802, the device receives a request for a AP IoT IoT device and connecting a can. Wherein, said request is, with flexible configuration and NAN SDF frame when viewed from above, a terminal IoT device and includes information about the security scheme. Security scheme is Connection a-less type, NAN Data Path security scheme, Soft AP (Software enabled Access Point) security scheme, DPP (Device Provisioning Protocol) can be at least one of a security scheme. I.e., one security scheme request and include a IoT device, a plurality of security scheme can be an IP address request. A plurality of security scheme is when an IP address request, one of the security scheme includes a plurality of terminal select security scheme, it sells the low [ep NAN SDF frame including said one security scheme can be in the form of wireless receiver IoT. The terminal device can be operatively connected with the selected one security scheme based on IoT.

Terminal in step 803, in response to said request to IoT device, a connection terminal for connection to the AP AP required information transmission. I.e., terminal IoT AP device in an IP address request security scheme according to the information transmission. At this time, if the plurality security scheme in an IP address request, terminal IoT AP information selected one security device can be based on the scheme. Said AP IoT devices communicatively coupled said AP information are used up.

Figure 9 shows a setup scheme for ranging in distance according to the result also Wi-a Fi terminal in said same space based on identifying a surface operation are disclosed.

The reference also 9, terminal (300) is IoT device (100) present in the same space (in one embodiment the room), terminal (400) is IoT device (100) different from space (in one embodiment the wall and which is characterized by other room) can be present. IoT device (100) is through performing a ranging procedure according to NAN P2P Connection Wi-a Fi setup scheme, periphery terminals (300,400) can be d1, d2 distance measuring.

The temperature detector, IoT device (100) for performing determining operation same space with terminal (300,400) using only when the distance between, IoT device (100) includes two terminals (300,400) both IoT device (100) can be erroneously recognizing the same space to exist. In this case, IoT device (100) a terminal (300) sent in AP information terminal (400) transmits information corresponding to data AP AP in connection can be utilizing. However, terminal (400) present in the wall behind, IoT device (100) thereof can not present in the same space.

Wi-a Fi frequency band is permeable wall because IoT device (100) is obtained in the same space to decide whether a voice cannot advance order receipt ranging distance.

Figure 10 shows a recognition operation on the invention in the embodiment according to RSSI based upon cavity surface are disclosed.

10 Also reference surface, RSSI - distance graph (1000) is an average value ranging result (1001), same space present minimum reference (1002) distance threshold determination (1003) comprises. Ranging result average (1001) is measured based on the result of a plurality of terminal controller control IoT ranging can be calculated. Same space present minimum reference (1002) a ranging result average (1001) based on determined, according to the predicted distance minimum RSSI reference size are disclosed. RSSI - distance graph (1000) is the distance between an IoT d1 in terminal device (300) of ranging result (1004) d2 IoT device on the distance between an in terminal (400) of ranging result (1005) without using a tool. Terminal (300) of ranging result (1004) d1 during terminal (400) of ranging result (1005) is fixed during both d2 threshold (1003) less than the. In addition IoT device substantially coextensive with the present terminal (300) same space determines the maximum reference (1001) and same space determining minimum reference (1002) having a size range of between r1 equal to RSSI. The temperature be substantially coextensive with the IoT device not present in the terminal (400) present the same space minimum reference (1002) having abnormal r2 initiates a RSSI is equal to size. In the embodiment in which terminal device as well as the carry distance of IoT, RSSI used further to size, each terminal device determining whether IoT equal spaces to be coated. Each terminal as one in the embodiment can be similarly obtained via RSSI size distance ranging procedure.

In the embodiment according to the invention shown in Figure 11 shows a recognition operation cavity for ranging result are disclosed.

The reference also 11, IoT device (100) a terminal (300) ranging of the terminal (300) measuring distance d can be 0.1, terminal (300) having an RSSI of r size can be calculated.

Figure 12 shows a NAN based ranging procedure is also shown are disclosed.

The reference also 12, IoT device (100) a terminal (700) NAN between ranging setup procedure (1201) and FTM (Fine Timing Measurement) procedure process (1202) performs. FTM procedure process (1202) in, operating IoT Initiating STA (Station) device (100) is Responding STA (Station) transmits a request to Initial FTM, Responding STA operating terminal (300) (ACK) acknowledgement from d2. Angle measurement session, IoT device (100) to terminal (300) between frames (FTM_ 1, FTM_ 2 and FTM_ 3) and ACK FTM IoT exchange device (100) includes a FTM frame time t1 _ 1, t1 _ 2, t1 _ 3 and terminal (300) of ACK is received based on time t4 _ 1, t4 _ 2, t4 _ 3, FTM range (Range) i.e., IoT device (100) to terminal (300) calculates a distance between. Terminal (300) is IoT device (100) to FTM range (Range) for reporting it sells the low it will carry NAN SDF can be transmitting (1203). In addition IoT device (100) a terminal (700) signals received from, in one embodiment the RSSI Ack receives the wireless signal by using predetermined material size. IoT device (100) includes at least one measuring RSSI sizes during session by averaging terminal (700) can be the final decision as size of RSSI.

Figure 13 shows a cavity recognition operation in the embodiment according to distance and therefore based on magnitudes RSSI for graph is shown are disclosed.

The reference also 13, RSSI - distance graph (1300) is an average value ranging result (1301), same space present minimum reference (1302), predetermined distance threshold (1303) comprises. RSSI - distance graph (1300) is the distance between an IoT device d, RSSI r size ranging result in terminal (1304) having a predetermined wavelength. Terminal ranging result (1304) same space is present minimum reference (1302) IoT IoT force controller control terminal for use with a same space present recognized other (1305). If terminal ranging portion is present space minimum reference (1302) if there below, the terminal controller control IoT IoT device not equal spaces recognized other (1306).

Figure 14 shows a recognition operation are shown in the embodiment according to distance and therefore based on magnitudes RSSI cavity surface are disclosed.

The reference also 14, IoT device (100) includes performing a ranging procedure, terminal (300) on IoT device (100) for measuring distance between d1 can be, terminal (300) of RSSI r1 size can be calculated. IoT device (100) is calculated terminal (300) RSSI of distance based on terminal (300) to confirm that the same space, terminal (300) receives a information from AP.

IoT device (100) is ranging via a terminal (400) and IoT device (100) can be d2 distance between measuring, terminal (400) of RSSI r2 size can be calculated. At this time, terminal (400) located behind wall because, IoT device (100) face is less than in r2 r1 despite have RSSI. The, IoT device (100) a terminal (400) is not equal to spaces IoT device is placed, terminal (400) Wi-a Fi setup information received from AP determines not in use can be.

Figure 15 shows a setup procedure according to the invention shown in the embodiment according to recognition operation cavity are disclosed.

The reference also 15, one of the terminals for calculating IoT device performs a recognition operation cavity for RSSI for sticking with distance away. IoT device (100) is performed for sticking a terminal (300) can be d1 distance measuring, terminal (300) of RSSI r1 can be calculated. In addition, IoT device (100) a terminal (400) can be d2 distance measuring, terminal (400) of RSSI r2 can be calculated. D1 d2 and predetermined distance is smaller than the threshold value for the distance from the same space determining conditions satisfied even if, for the same space so that predetermined RSSI r2 RSSI does not smaller than a threshold value determining condition is satisfied, IoT device (100) a terminal (400) is IoT device (100) can be mounted in the same spaces.

I.e., IoT device (100) is Easy setup scheme before disclosure, terminal (300,400) of IoT device (100) to the distance to a RSSI considers both the terminals (300,400) determining operation same space of a plurality of hierarchies. IoT device (100) recognizes that the terminal have the same space to exist (300) can be connected to corresponding AP AP transmits searched.

Figure 16 shows a recognition operation in a cavity in the embodiment according to distance and therefore based on magnitudes RSSI recognition error memory cell blocks having a surface are disclosed.

The reference also 16, RSSI - distance graph (1600) is an average value ranging result (1601), same space present minimum reference (1602) distance threshold determination (1603) comprises. RSSI - distance graph (1600) Z is is d1, size of RSSI r1 ranging result in terminal 1 (1604) d2 on distance, size of RSSI r2 ranging result in terminal 2 (1605) without using a tool. At this time, terminal 1 radio channel measurement result of ranging result (1604) present the same space during r1 maximum reference (1601) and d1 falls below a pre-determined distance threshold (1603) can be exceeds. In this case, terminal 1 to be substantially coextensive with the IoT device present in the seal number although, IoT IoT device is substantially coextensive with the terminal device 1 can be present not recognize.

The device according to radio channel environment measurements before IoT Wi-a Fi setup start through continuous monitoring operation can be overlapped further performs. To one in the embodiment, by using predetermined RSSI threshold (Interference) arrayed IoT device according to RSSI measurement can be overlapped. Specifically, determined by means of the ranging procedure IoT device RSSI value by utilizing a predetermined RSSI threshold number [...] same space recognition can be. For example, RSSI measured RSSI threshold value when a predetermined number by [...] near 0, ranging retry index number and additional [...] IoT instruments, said index number by a predetermined RSSI measured after the performance of a number additional RSSI threshold value can be [...] utilizing same space recognition.

In the embodiment determining operation for improving accuracy performance of IoT to one same space device according to a further index number can be [...] IoT (additional indicator). For example, when equipment IoT TV, IoT instruments Easy setup is initiated on a screen when 'security' or 'please place your phone setting phase' indication content such as can be. In addition, equipment when IoT speaker, said voice indication receives link IoT instruments such as can be. The, local area for connecting additional indicator if used, additional indicators ranging result of a terminal can be changed.

Figure 17 shows a same space determining operation in the embodiment according to invention disclosure of additional indication is given applied surface are disclosed.

The reference also 17, RSSI - distance graph (1700) is an average value ranging result (1701), same space present minimum reference (1702) distance threshold determination (1703) and, additionally, predetermined RSSI threshold (1704) results are. A predetermined RSSI threshold (1704) ranging retry the additional criterion for [...] index number are disclosed.

RSSI - distance graph (1700) Z is in terminal 2 and size of RSSI is d2 r2 ranging result (1706) without using a tool. Terminal 2 d2 distance predetermined distance threshold (1703) present the same space but less than r2 minimum reference (1702) since than, terminal 2 is equal spaces IoT device is not recognized other. At this time, predetermined r2 RSSI threshold (1704) force, additional indicators not ball number of RSSI 2 terminal of semiconductor.

RSSI - distance graph (1700) Z is in terminal 1 is d1 and size of RSSI r1 ranging result (1705) without using a tool. The seal number equal spaces IoT spite of e.g. 1 to terminal device, said space providing a wide variety of terminal 1 relating to a user predetermined distance threshold reduces the distance between the control part 1 is long distance d1 IoT device (1703) is not greater than IoT device can be recognized equal spaces. At this time in the context of secure information for setup AP Easy IoT instruments the tropics. However, predetermined r1 RSSI threshold (1704) is not greater than, and remeasuring RSSI IoT instruments can be attempted. For RSSI attempts of semiconductor, according to the selection or performance of IoT IoT instruments via a speaker of RSSI of semiconductor can be [...] additional index number. IoT device server that a user terminal 1 into the space equal or not recognize through said additional visual index, said index is approaching or is near IoT along additional instruments or are moved between a stand-alone device and the terminal 1 number 1 terminal naughty IoT interference can be. Specifically, IoT device and the terminal 1 is not 1 and the terminal device or IoT sliding along the terminal number than a new ranging result 1 wetting ability (1707) is a predetermined distance threshold (1703) target d1 'on a RSSI size larger than r1 r1' can be comprising.

Terminal 1 of ranging result (1707) is a predetermined distance threshold (1703) a distance less than d1 'and, same space present minimum reference (1702) greater than r1' in the periphery of the, IoT IoT device and especially terminal and terminal device 1 is that the recognition can be performed with 1 Wi-a Fi setup.

Terminal does not perform according to additional indicator, or a plurality of terminals according to operation performs both same space present when additional index, there is present in the same space or terminal identifying, or other reasons can be pre-defined limit is exceeded IoT ranging of attempts. Pre-defined limit is exceeded ranging as one in the embodiment when an attempt is made, thus set to the same space device IoT recognition of failures, or retry setup, in order to improve security or receives a retry after setup can be random number or Serial number.

Figure 18 shows a method shown in the embodiment according to invention disclosure of limit device during setup for the ranging attempts are disclosed.

The reference also 18, 2 times and limits ranging attempts, after ball number 1 times when additional indication is given ranging attempts, IoT device (100) peripheral terminal (300,500) transmits the beacon NAN Discovery (1801), terminal (300,500) ranging 1 to each of the lowest times based NAN attempts other (1802, 1803). The IoT device (100) includes said NAN based ranging (1802, 1803) can be failed (1804). In one embodiment the RSSI measured RSSI is constructed to be near 0 when a predetermined threshold value and, IoT device (100) includes said NAN based ranging (1802, 1803) determining that the failed can be. The acronym ranging failure IoT device (100) additionally includes a number index [...] substrate (1805). For example, IoT device (100) into the space the same terminal (300) server that a user index or not recognize through said additional visual, additional indicators IoT along said device (100) close to approaching or terminal (300) can be naughty or are moved. Terminal (300,500) and third times ranging based NAN 2 and attempts other (1806, 1807). Further examine the number of ball said NAN based ranging (1806, 1807) 2 there is attempted despite said NAN ranging based either sliced raw fish (1808), IoT device (100) through a Serial number (or random number) display a pop-up window requesting NAN based ranging retry other (1809). Terminal (500) is IoT device (100) because it does not the same spaces the terminal (500) which is required for a user of a pop-up window said exposed, the IoT device (100) without a Serial number ranging response terminal (500) received from other (18010). Terminal (300) is IoT device (100) since the same spaces the terminal (300) through recognizing a user of a pop-up window said Serial number terminal (300) can be input (1811). The, IoT device (100) including a Serial number to ranging response terminal (300) can be received from (1812). Terminal (300) including the Serial number ranging response was received from a twisted, IoT device (100) is then terminal (300) (are) received from NAN SDF have diameters less than 2000 (1813). IoT device (100) is then terminal (300) may be obtained from information received from AP NAN SDF Easy setup used to substrate. While, terminal (500) does not contain a response was received from the Serial number ranging twisted, IoT device (100) a terminal (500) (are) received from NAN SDF is after each other.

A plurality of terminals including a ranging response are received from Serial number (or random number) when, IoT device (100) includes a plurality of terminal among said ultra fine RSSI AP selects the highest priority is terminal or terminal transmits information.

In the embodiment of the present invention also 19 also on Figure 20 shows a device according to one example of a timing information exchanged between one terminal IoT are disclosed. The method of using an IP address request information can be AP IoT information i.e. of Figure 19, the number of Figure 20 information terminal can be [...] AP information.

Figure 19 shows a device shown in the embodiment according to IoT disclosure of invention liver security scheme according to the message security information are disclosed.

The reference also 19, as aforementioned AP IoT information based on security information terminal device and the terminal liver security scheme and security scheme according to IoT sent other. Security scheme is Connection provided less security scheme option 1 (1901), NAN Data Path security scheme option 2 (1902), Soft AP security scheme option 3 (1903) and DPP security scheme option 4 (1904) flow tides. Each security scheme and one security information are matched.

Connection provided less security scheme option 1 (1901) is in public key (Public Key) security information (1911) are matched. NAN Data Path security scheme option 2 (1902) is security information (1912) not be matched, i.e., option 2 (1902) is does not include the security information. Soft AP security scheme option 3 (1903) Soft AP information is security information (1913) are matched. Soft AP information (1913) is SSID, channel (Operating channel) used for information and PIN can be. DPP security scheme option 4 (1904) security information is DDP (1904) are matched. For example DDP security information, identification key (identity keys), security mechanism (supported mechanism) supporting implementation being.

Figure 20 shows a device in the embodiment according to IoT disclosure of invention shown in the environment of a mobile terminal security scheme according to setting data are disclosed.

The reference also 20, IoT device of a mobile terminal according to the environment setting data terminal number exhibit [...] AP information security scheme, security scheme according to type has different attributes. Each attribute type is matched with different values.

WLAN Connection provided less security scheme attribute type attribute (2021) and, WLAN attribute (2021) is in SSID values (2031) is matched. (Configurator Key) type environment setting key attribute of security scheme NAN Data Path (2022) and, environment setting key (2022) in key information (Key Information) values (2032) is matched. Password (Password) Soft AP security scheme attribute type (2023) and, password (2023) is in secure encryption (Passphrase) values (2033) is matched. (AP_MAC) class is a MAC address of an attribute of the security scheme DPP AP (2024) and, AP MAC address of (2024) AP is assigned to MAC address (Mac Address) (2034) are matched.

Figure 21 shows a disclosure of invention Easy setup method shown in the embodiment according to Connection provided less security scheme of surface are disclosed.

In Easy setup method described hereinafter Connection provided less security scheme of 19 and 20 also for reference together also is a more 2000.

The reference also 21, IoT device (100) according to a power supply unit (2101), in addition selectively terminal (300) can be executed in application number [...] Wi-a Fi setup service (2102). IoT device (100) is (are) periphery terminal transmits a beacon in order to NAN Discovery (2103). IoT device (100) includes a periphery terminal for performing determining operation (are) same space of a plurality of hierarchies ranging based NAN (2104). IoT device (100) is present in the same space result ranging said decision is made that the terminal (300) with flexible components attached with NAN SDF to Easy setup for signalling (2105). When the service name field (Service name field) with flexible NAN SDF to one in the embodiment comprising the channel signaling the decoding information field (Service information field). Service name field supporting service name i.e., Easy setup relay based setup also indicate and, in security scheme for information and security information service method comprising the decoding information field service. In service name field may indicate with flexible NAN SDF and Easy setup, the decoding information field security scheme option 1 public key security service information can be.

The reference also 19, Connection provided less security scheme whether, at the time of the decoding information service option as security scheme field with flexible NAN SDF 1 (1901) and, as security information public key (1911) can be a.

Terminal (300) is representative of the pop-up window, said pop-up through the window receives the confirmation from the user to setup 2000 (2106). Terminal (300) to the NAN SDF agreed upon with flexible IoT device (100) transmits to it sells the low it will carry NAN SDF (2107). It sells the low it carried including information encrypted by the public key NAN SDF option 1 and can be AP environment setting data.

The reference also 20, Connection provided less security scheme in WLAN attribute corresponding to the attribute is injected it sells the low it carried NAN SDF Connection provided less security scheme (2021) and rapid types according to attribute value SSID (Service Set Identifier) (2031) can be a.

I.e., terminal (300) when the received NAN SDF with flexible (2105) setting data including NAN SDF 1 included in security scheme option and the environments it sells the low it will carry IoT device (100) transmits to. IoT device (100) a terminal (300) in response transmits it sells the low [ep NAN SDF, terminal (300) transmits to it sells the low it will carry NAN SDF (2108). IoT device (100) a terminal (300) transmits environment setting information contained in the corresponding AP AP (200) connected thereto on (2109).

Figure 22 shows a method shown in the embodiment according to NAN Data Path security scheme of invention disclosure of Easy setup surface are disclosed.

In Easy setup method hereinafter described also for NAN Data Path security scheme of 20 to 22 together also is a more reference substrate.

The reference 22 also, IoT device (100) according to a power supply unit (2201), in addition selectively terminal (300) applications can be executed (2202). IoT device (100) is (are) periphery terminal transmits a beacon in order to NAN Discovery (2203). IoT device (100) includes a NAN Discovery beacon in response to terminal (300) for performing ranging based NAN determining operation same space of a plurality of hierarchies (2204). IoT device (100) is Easy setup supporting alert terminal (300) attached with the NAN SDF with flexible components (2205). In service name field may indicate with flexible NAN SDF and Easy setup, the decoding information field security scheme option 2 can be a service.

The reference also 19, when the decoding information field security scheme as option 2 with flexible NAN SDF NAN Data Path security scheme in service (1902) can be a. Option 2 for secure information is free (1912).

Terminal (300) is representative of the pop-up window, said pop-up through the window receives the confirmation from the user to setup 2000 (2206). Terminal (300) to the NAN SDF agreed upon with flexible IoT device (100) transmits to it sells the low it will carry NAN SDF (2207). It sells the low it carried security scheme option 2 can be a NAN SDF.

The reference also 20, it sells the low it carried NAN Data Path security scheme corresponding to attribute is injected environment setting key NAN Data Path security scheme in NAN SDF (2022) key information on attribute types according to attribute value (2032) can be a.

IoT device (100) a terminal (300) in response transmits it sells the low [ep NAN SDF, terminal (300) transmits to it sells the low it will carry NAN SDF (2208). Terminal (300) and IoT device (100) is in data communication with each other disclosure is NAN 2 (2209, 2210). IoT device (100) is up to about disclosure Secure NAN 2 Data Path (2209). Terminal (300) is IoT device (100) to AP (200) including information for AP settings upon receiving data (2210). IoT device (100) a terminal (300) AP AP transmits information (200) connected thereto on (2211).

Figure 23 shows a method shown in the embodiment according to Soft AP security scheme of invention disclosure of Easy setup surface are disclosed.

In Easy setup method hereinafter described also for Soft AP security scheme of 19 and 20 together also is a more reference substrate.

The reference also 23, IoT device (100) according to a power supply unit (2301), selectively terminal (300) applications can be executed (2302). IoT device (100) in order to terminal surrounding present terminal (300) transmits the beacon to NAN Discovery (2303). IoT device (100) is Easy setup method supporting alert terminal (300) attached with the NAN SDF with flexible components (2304). In service name field may indicate with flexible NAN SDF and Easy setup, the decoding information field security scheme option and security service request information can be Soft AP information 3.

The reference also 19, Soft AP security scheme whether, at the time of the decoding information field security scheme as option 3 with flexible service NAN SDF (1903) and, security information as Soft AP information (1913) e.g., SSID, channel use, comprising PIN can be.

Terminal (300) is representative of the pop-up window, said pop-up through the window receives the confirmation from the user to setup 2000 (2305). Terminal (300) to the NAN SDF agreed upon with flexible IoT device (100) transmits to it sells the low it will carry NAN SDF (2306). It sells the low it carried option 3 and Soft AP NAN SDF can be response information.

The reference also 20, it sells the low it carried Soft AP security scheme corresponding to attribute is injected in security scheme Soft AP NAN SDF password (2023) on attribute value attribute types according to secure encryption (2033) can be a.

IoT device (100) a terminal (300) in response transmits it sells the low [ep NAN SDF, terminal (300) transmits to it sells the low it will carry NAN SDF (2307). Terminal (300) to the Soft AP and operate (2308). Terminal (300) and IoT device (100) is based Soft AP setup of the disclosure with each other (2309, 2310, 2311). Specifically, terminal (300) is IoT device (100) is substantially at 1490 beacon (2309). IoT device (100) to terminal (300) is interconnected Soft AP connection state is under or over (2310). Terminal (300) is IoT device (100) including information to AP settings upon receiving data (2311). IoT device (100) a terminal (300) transmits information about the corresponding AP based on AP (200) connected thereto on (2312).

Figure 24 shows a method shown in the embodiment according to DPP security scheme of invention disclosure of Easy setup surface are disclosed.

In Easy setup method described hereinafter for DPP security scheme of 19 and 20 also reference together also is a more 2000.

The reference also 24, IoT device (100) and turn-on of the power source (2401), in addition selectively terminal (300) can be executed in application number [...] Wi-a Fi setup service (2402). IoT device (100) is (are) periphery terminal transmits a beacon in order to NAN Discovery (2403). IoT device (100) is Easy setup for signalling terminal (300) attached with the NAN SDF with flexible components (2404). In service name field may indicate with flexible NAN SDF and Easy setup, the decoding information field security scheme option 4 and security information for DDP service request security information can be.

The reference also 19, DPP security scheme whether, at the time of the decoding information field security scheme as option 4 with flexible service NAN SDF (1904) on, DDP as security information security information (1914) e.g., key, can be supporting security mechanism.

Terminal (300) is representative of the pop-up window, said pop-up through the window receives the confirmation from the user to setup 2000 (2405). Terminal (300) to the NAN SDF agreed upon with flexible IoT device (100) transmits to it sells the low it will carry NAN SDF (2406). It sells the low it carried option 4 and DDP NAN SDF response e.g. security information, can be transmitting specific security mechanism.

The reference also 20, it sells the low it carried in DDP security scheme corresponding to attribute is injected AP NAN SDF DDP security scheme of MAC address (2024) on attribute value attribute types according to MAC address (2034) can be a.

IoT device (100) a terminal (300) in response transmits it sells the low [ep NAN SDF, terminal (300) transmits to it sells the low it will carry NAN SDF (2407). Terminal (300) and IoT device (100) is DPP-based setup the disclosure thereto (2408, 2409, 2410). Terminal (300) is IoT device (100) transmits authentication to DPP (2408). Terminal (300) is IoT device (100) to DPP according to establish a connection substrate (2409). Terminal (300) is connected via said AP (200) environment setting data including information for AP IoT device (100) transmits to (2410). IoT device (100) a terminal (300) AP AP transmits information (200) connected thereto on (2411).

In the embodiment in which carry terminal device from said AP IoT AP information after receiving the connection setup Easy based on data (Association) is not successful if not in Wi-a Fi setup, relay device through Wi-a Fi setup can be IoT attempts.

Figure 25 shows a IoT AP device and also connected along a transmission range of the fails describing situations are disclosed.

The reference also 25, IoT device (100) a terminal (300) and apparatus for AP from (2501), based on information related to said AP AP (200) with the start point substrate. At this time, IoT device (100) is AP (200) transmission range of (2502) is at a distance and when the AP outside (200) is IoT device (100) transmission range of (2503) is at a distance outside when IoT device (100) to AP (200) can be defeated the connection between (2504).

IoT device (100) to AP (200) there is the connection between, the reason for a failed user for additional installation of separate or movement analysis and AP Wi-a Fi setup may be required disclosed.

In the embodiment according to Figure 26 shows a disclosure of invention shown to determine the relay based setup (Relay non-based Setup) are disclosed.

The reference also 26, IoT device (100) a terminal (300) for setup Easy from AP information other (2601). In addition IoT device (100) includes a relay device (600) for setup data can be relay based material layer (2602). Wherein, relay device (600) supporting terminal relay based setup, IoT device (100) transmission range of (2603) between inside, transmission range of AP (2604) even in the lungs. In addition, relay device (600) is AP (200) already Wi-a Fi setup complete on a state of exhaustion.

Figure 27 shows a schematic diagram of the invention shown in the embodiment according to the disclosure of relay based setup potable are disclosed.

The reference also 27, IoT device (100) includes a setup Easy supports, Wi-a Fi module (101) and NAN module (102) having a predetermined wavelength. In addition, terminal (300) supports the Easy setup, Wi-a Fi module (301) and NAN module (302) having a predetermined wavelength. In addition, relay device (600) is Easy setup supports, Wi-a Fi module (601) and NAN module (602) having a predetermined wavelength.

Relay device (600) is AP (200) which is connected to a a state of exhaustion (2701). Terminal (300) AP IoT through information received from the device (100) is Easy setup (2702) of AP (200) is not successful if not connected in Wi-a Fi setup (2703), relay device (600) on IoT device (100) for liver Wi-a Fi setup can be of the following procedure is performed.

Relay device (600) on IoT device (100) when the first switch based setup the disclosure, relay device (600) of NAN module (602) and IoT device (100) of NAN module (102) presently in (2704) is carried out. Specifically, IoT device (100) includes a terminal in Easy setup procedure (300) through information received from the AP AP (200) connected to candidate relay devices and devices as presently defined by performing (2704). IoT device (100) is one of the candidate relay devices device relay device (600) selecting as, said relay device (600) for transmission of data and performing. I.e., relay device (600) of Wi-a Fi module (601) and IoT device (100) of Wi-a Fi module (101) in Soft AP security scheme or NAN Data Path security scheme for the individual receives (2705) is carried out. Connection process (2705) is completed by, relay device (600) of Wi-a Fi module (601) and IoT device (100) of Wi-a Fi module (101) - IoT device in an inter-device data transmission carried out (2706). In addition, AP (200) of relay device (600) of Wi-a Fi module (601) AP - relay inter-device data transmission is carried out (2707). I.e., relay device (600) is IoT device (100) receives necessary data from Easy setup, AP (200) can be transmitted.

Figure 28 shows a disclosure of invention in the embodiment according to Soft AP security scheme of the relay based setup is shown.

28 First is also not shown but, IoT device (100) is AP after receiving information from a terminal, the number of connected AP through constant attempt failures (200) is not present within the transfer range to recognize the substrate. I.e., IoT device (100) is Easy setup of AP (200) in a state of exhaustion failed setup Wi-a Fi connected (2801). IoT device (100) includes a relay device (600) attached with the NAN SDF with flexible components (2802). In service name field may indicate with flexible NAN SDF and relay setup, the decoding information field service option 3, Soft AP information request and AP (200) can be of a SSID. IoT device (100) is in service with flexible NAN SDF AP decoding information field (200) of defining candidate relay device by including an SSID can be.

Relay device (600) is agreed upon with flexible NAN SDF to IoT device (100) transmits to it sells the low it will carry NAN SDF (2803). It sells the low it carried in response to information comprises Soft AP NAN SDF. Soft AP information of a response to the Soft AP SSID, channel AP - relay device and transmitting data between rate, may also be PIN. Relay device (600) is time and the data transfer rate between devices relay AP - Soft AP information by, in case there is a plurality of candidate relay device, IoT device (100) includes a AP - relay inter-device data rate and relay device to select a highest harmonic mean normal data inter-device - IoT value can be relay. If, normal data for the same harmonic mean values of a plurality of candidate relay device when, IoT device (100) is optionally includes one relay device can be selected. IoT device (100) includes a relay device (600) in response to sent it sells the low [ep NAN SDF, relay device (600) of the ms. it sells the low it will carry the NAN SDF (2804). Relay device (600) is in response to and operate it sells the low [ep NAN SDF Soft AP (2805). Soft AP to make a CPU, relay device (600) is IoT device (100) environment setting data section, AP (200) identical to the PIN IoT device by using the password (100) environment setting data may not be disclosed. I.e., IoT device (100) includes a AP (200) using the password Soft AP PIN of operating relay device (600) can be communicates with. Soft AP operating relay device (600) is IoT device (100) is substantially at 1490 beacon (2806). Relay device (600) on IoT device (100) is connected Soft AP mode (2807). Relay device (600) on IoT device (100) are each connected (2808), AP (200) of relay device (600) are each connected thereto (2809). The relay device (600) is IoT device (100) to AP (200) can be required between Easy setup data transfer.

Figure 29 shows a relay based setup method in the embodiment according to NAN Data Path disclosure of invention shown side security scheme are disclosed.

The reference also 29, IoT device (100) is Easy setup of AP (200) in a state of exhaustion failed setup Wi-a Fi connected (2901). IoT device (100) includes a relay device (600) attached with the NAN SDF with flexible components (2902). In service name field may indicate with flexible NAN SDF and relay setup, the decoding information field service option 3, Soft AP information request and AP (200) can be of a SSID. IoT device (100) is in service with flexible NAN SDF AP decoding information field (200) of defining candidate relay device by including an SSID can be. Relay device (600) is agreed upon with flexible NAN SDF to IoT device (100) transmits to it sells the low it will carry NAN SDF (2903). It sells the low it carried on transfer of data among the rate option 2 NAN SDF AP - relay device can be. IoT device (100) includes a relay device (600) in response to sent it sells the low [ep NAN SDF, relay device (600) of the ms. it sells the low it will carry the NAN SDF (2904). IoT device (100) is up to about disclosure Secure NAN 2 Data Path (2905). Relay device (600) on IoT device (100) are each connected (2906), AP (200) of relay device (600) are each connected thereto (2907). The relay device (600) is IoT device (100) to AP (200) can be required between Easy setup data transfer.

Figure 30 shows a configuration of the device in the embodiment according to IoT indicating disclosure of invention are disclosed. Descriptions for facilitating disclosure for directly communicating with the town and description will omit other free components.

The reference also 30, IoT device (100) includes a number control unit (103) transmitting on (104) having a predetermined wavelength.

Number control unit (130) includes at least one terminal device to recognize the same space, with said AP AP information point substrate.

Transmitting (104) includes at least one access point (AP) and said connecting terminal for use with a application server, said at least one terminal for connection to a AP information from said AP receives a.

Figure 31 shows a disclosure in the embodiment according to the invention indicating one of terminal are disclosed. Descriptions for facilitating disclosure for directly communicating with the town and description will omit other free components.

The reference also 31, terminal (300) is transmitting (303) having a predetermined wavelength.

Transmitting (303) from a connecting point (AP) for said device and misfortune tax it stands is receives a request, said request in response to said device for connection to said AP AP information transmission.

The disclosure in terms of various specific (computer readable recording medium) in the embodiment are implemented as computer readable code for recording media capable of lead computer (computer readable code) can be lead. Computer lead recording media capable of storing data to a lead by a computer system can be any data storage device are disclosed. Examples of the (read only memory: ROM: ROM) on recording media capable of lead computer read only memory, random - access memory (random access memory: RAM: ' RAM) on, with compact discrete [...] memory (compact disk-a read only memory: CD-a ROM), magnetic tape (magnetic tape) and, floppy disk (floppy disk) and, optical data storage devices, and carrier wave (carrier wave) (such as data transmission through the Internet) can be are comprising. Computer lead for recording medium in addition can be dispersed network connected with computer systems, the computer readable code for storing and executing the lead distributed manner are disclosed. In addition, the disclosure in the embodiment for achieving the various functional programs, codes, and code segment (segment) are employed in the embodiment of the disclosure for example in fields in which programmers can be readily detectable by splicing in interpretation.

In addition the disclosure in the embodiment according to device and method are various hardware, software or a combination of hardware and software is embodied in the form be appreciated that it will rain can be ascertained. Such software e.g., enabled or rewritable number regardless of upholstery, volatile or non-volatile storage device such as ROM device is configured to generate, or e.g., RAM, memory chip, the integrated circuit device such as a memory, or e.g. compact disk (compact disk: CD), DVD, magnetic disk or magnetic tape such as a recordable optical or magnetic storage medium readable by machine (e.g., computer) can be stored. The disclosure the number control unit and a memory including computer or mobile terminal are various in the embodiment according to method can be implemented by, the memory in the embodiment of implementing the disclosure including instructions stored in a machine-readable programs or suitable for storage medium example of such an may be know are disclosed.

, the disclosure in the embodiment of the device or method of claim such specification and including program codes for implementing a machine readable storage medium storing program (computer or the like) having a predetermined wavelength. In addition, such a program allows a communications signal transmitted through any media such as wired or wireless connection can be entirely through the electron, the disclosure in the embodiment are of a uniform and suitably includes a substrate

In addition the disclosure are manually or automatically according to device in the embodiment includes various programs from program number ball-receiving device can be. Program number ball device includes a program processing device performing a predetermined content protection method is to indications including program, content protection method for storing information about the memory required, graphic processing device for performing wired or wireless communication with the communication unit, graphic processing device transmitting a number of program request or automatically transmit water level device can be.

The specification on the drawing disclosure to disclosure of examples techniques are described embodiment and an alarm, to aid in understanding a particular example will be timing number is received, the disclosure be fee so as to limit the scope that is even endured. In addition to the aforementioned disclosure according to in the embodiment are exemplary only and, if the person with skill in the art in the field of various deformation and equally therefrom will understand is enabling range of in the embodiment. , the disclosure according to true techniques will be defined by the following claim protection range.