JOINT RECEPTION ACTIVATION METHOD OF SERVING CELL BASE STATION, APPLICATION AND SERVING CELL BASE STATION
In the field of mobile communication, the present invention relates to disclosure uplink signal joint receiving techniques are disclosed. Joint reception cell applied to a distance between the present invention relates to disclosure technique are disclosed. In the field of mobile communication using CoMP (Coordinated Multi-a Point) (Joint Reception; JR) receiving and joint mechanisms for cooperation communication uplink signal transmitted from a terminal data cell is placed on the circulation of the pipe. Cooperation communication system when cooperation reception technique, to combine signals received from two cell or more processing information received from a base station system processing load does may be greater disclosed. Cell at regular intervals if joint receiving low gain can be obtained too far, uplink signal interference to each other can occur in drive incurability, signal quality can fall disclosed. According to one in the embodiment, the distance between the cell thereby causing the joint to determine whether activation of using can be received. According to one in the embodiment, joint due to unnecessary base station receiving the processing load of the data signal can be. In the embodiment according to one, serving cell's base station receives an uplink signal sent from the terminal serving, neighbor cell from neighbor cells to receive uplink signals serving RRH (Remote Radio Head); and based on the distance between said serving cell and said neighbor cell, said neighbor cell uplink signal and said serving cell uplink signal received by log (Joint Reception; JR) comprising determining whether activation of digital unit. According to one in the embodiment, said neighbor cell the uplink signals, received from the neighbor cell RRH to said terminal, said signal sent to the serving cell RRH are disclosed. According to one in the embodiment, said digital unit, and using the of said position and said serving cell RRH neighbor cell RRH and calculates a distance, said computed a previously defined and compared with a threshold value, based on said comparison result received determines whether activation of said joint. According to one in the embodiment, the position and said storing the position of the serving cell RRH said neighbor cell RRH further includes database, said digital unit, by referring to said position and said position of said database serving cell RRH neighbor cell RRH can be query. According to one in the embodiment, said digital unit, said database storing the position of the serving cell RRH neighbor cell RRH position and said position and said position of said neighbor cell RRH refers to the serving cell RRH companies disclosed. According to one in the embodiment, said digital unit, said activation of said joint based upon whether the received joint demodulator determines whether received signals of different frequency bands over the previously recorded program. In the embodiment according to one, of the serving cell base station (Joint Reception; JR) joint receiving the activation method, terminal serving cell from receiving an uplink signal; receiving neighbor cell from neighboring cell uplink signal; and said serving cell and said based on the distance between neighboring cell, said activation of said serving cell uplink signal and determining whether neighboring cell uplink signal received by log comprising the following steps. In the embodiment according to one, determining whether activation of said joint receiving step, said distance of said position and said serving cell RRH neighbor cell RRH and using the calculating; comparing said computed previously defined threshold; determining whether activation of said joint based on said comparison result received comprising the following steps. In the embodiment according to one, of the serving cell base station receiving said activated position and said joint method is storing the position of the serving cell RRH neighbor cell RRH further includes maintaining a database, determining whether said joint receiving activation step, with reference to the position and said position of said database serving cell RRH neighbor cell further comprises RRH ices. In the embodiment according to one, determining whether activation of said joint receiving step, said database storing the position of the serving cell RRH neighbor cell RRH position and said position and said position of said neighbor cell RRH refers to the serving cell RRH ices further comprises. In the embodiment according to one, of the serving cell base station receiving the joint receiving activation method based upon whether the received joint combines said activation of said joint demodulator further comprises determining whether over the previously recorded program. In the embodiment according to one, joint receiving (Joint Reception; JR) activated in application, the base station is connected to said application for recording memory and said processor, said application is executed by said processor, said application, receiving from the terminal serving cell uplink signal; receiving an uplink signal from neighbor cells to neighbor cell; and said serving cell and said neighbor cell based on the distance between, said neighbor cell uplink signal received by log activation of said serving cell uplink signal and determining whether a plurality of hierarchies. According to one in the embodiment, a verifying a distance between cell thereby causing the joint to determine whether activation of can be received. According to one in the embodiment, the distance between the cell when the processing load of the base station of any one selected from the joint reception operation is long inefficiency can be improved. According to one in the embodiment, the signal can be received joint vaccinecopyright procedure. Figure 1 shows a joint receiving activated in the embodiment based on the distance between cell also to account for schematic are disclosed. Figure 2 shows a terminal socket connection is a connection request to a terminal also describing order process are disclosed. Figure 3 shows a call server of the construction of the one in the embodiment according to terminal also are disclosed. Figure 4 shows a terminal server connection request method call server also one in the embodiment according to describing order disclosed. Figure 5 shows a terminal of the construction in the embodiment according to the one also are disclosed. In the embodiment described below is the change that can be applied. In the embodiment described below are defined with respect to embodiment which are not included in the form, character recognition for all changing, including replacement should understood to evenly to the water. In the embodiment used to account for use in particular in the embodiment that the term only, defining in the embodiment is intending to be endured. It is apparent that a single representation of the differently in order not providing language translators, comprising plurality of representation. In the specification, the term "comprising" or "having disclosed" specification of articles feature, number, step, operation, components, parts or specify a combination not present included, another aspect of one or more moveable number, step, operation, component, component or a combination of these is understood to presence of or additionally pre-times those possibility should not number. Not defined differently, scientific or technical terms so that all terms in the embodiment thus belongs in the art generally by the same person with skill in the art will have the meanings etc.. Dictionary used for such as generally defined on the context of respective technical terms have the meanings must be consistent semantics and having interprets, the application will not become manifest in defining, or overly formal sense interpreted not ideal. In addition, described with reference to the attached drawing is connected to the, drawing code is independent local components the same references whereby the description dispensed the on-sensors other. In publicly known techniques are described in the embodiment description is specifically related to the subject matter of the analogy in the embodiment described can be decided to be unnecessarily if the V-shaped substrate. Figure 1 shows a joint receiving activated in the embodiment based on the distance between cell also to account for schematic are disclosed. The reference also 1, terminal (103) an uplink signal transmitted from serving cell RRH (Remote Radio Head) (104) and neighbor cell RRH (Remote Radio Head) (105) transmitted to. Serving cell (101) terminal (103) or to a terminal (103) in charge of general outline of cells of mobile communication signal processing on signals received from big. Serving cell (101) terminal (103) to the position of the serving cell (101) of the relationship between a coverage area can be set by. Terminal (103) wherein at least one of communicate with optimized on the empty or, terminal (103) is located cells nearest base station serving cell (101) can be disclosed. Terminal (103) there is a change in position of the serving cell (101) can be is also thereby modified. Neighbor cell (102) includes a serving cell (101) around big neighboring cell. Terminal (103) is set by the position of the serving cell (101) according to the neighbor cell (102) can be also determined. Neighbor cell (102) includes a serving cell (101) at positions near the boundary of a cell coverage area can be means. Neighbor cell (102) terminal (103) according to the position of terminal (103) message from terminal (103) which is responsible for processing on signals received from the serving cell (101) are determined according to the position of relative general outline are disclosed. In the embodiment according to one terminal (103) (hand held) a handheld electronic device, mobile electronic device, mobile phone, smart phone, tablet computer, wearable device, personal computer, notebook, desktop, itemized account (ATM), kiosk (kiosk), credit card terminal, television, camera, video game console or the like and suitable combination. Serving cell RRH (104) a terminal (103) transmits a signal, terminal (103) receives a signal from. The terminal (103) serving cell from (101) serving cell RRH transmitting signal (104) is adapted to receive, the signals as serving cell uplink signal and define other. The similarly, neighbor cell RRH (105) a terminal (103) transmits a signal, terminal (103) receives a signal from. The terminal (103) from neighbor cell (102) RRH transmitting neighbor cell signal (105) is adapted to receive, the signals as neighbor cell uplink signal and define other. The reference also 1 again, serving cell RRH (104) a terminal (103) serving cell from receiving an uplink signal, neighbor cell RRH (105) a terminal (103) neighbor cell from receives a uplink signal. According to one in the embodiment, neighbor cell RRH (105) neighbor cell serving cell RRH uplink signal received by a receiver (104) components in the. Neighbor cell RRH same (105) serving cell RRH (104) representing that forwarding can be neighbor cell to an uplink signal. Serving cell RRH (104) a neighbor cell RRH (105) neighbor cell from receives a uplink signal. I.e., serving cell RRH (104) a terminal (103) serving cell uplink signal transmitted from the adjacent cell RRH (105) forwarded from neighbor cell receives a uplink signal. Serving cell RRH (104) and serving cell uplink signal upon receiving a neighbor cell uplink signal, serving cell (101) digital unit (106) of the received uplink signal 2 (Joint Reception; JR) determines whether to activate the receiving joint. At this time, digital unit (106) for receiving joints to determine whether activation of serving cell (101) and a neighboring cell (102) using distance between each other. Receiving joint is between two cells inefficient to be remotely located away enough without using a joint reception, to prevent quality degradation signal serving cell (101) load of less's oldest. According to one in the embodiment, digital unit (106) uplink signal neighbor cell forwarding this manner RRH (105) neighbor cell belongs (102) the location of the serving cell (101) from within determine whether a threshold, determination result neighbor cell using a demodulator coupled to the serving cell uplink signal determines whether an uplink signal. According to one in the embodiment, each cell base station operator RRH position input system for managing stored in which, the location database to each RRH can be constructed. This database is serving cell (101) of base stations either outside and can be established, digital unit (106) includes a serving cell (101) cells each RRH apparatuses for database inquiry or reference position, with reference to the external database be these companies. Digital unit (106) is prestored serving cell RRH (104) the position and neighbor cell RRH (105) to query the position of, using queried locations serving cell (101) and neighbor cell (102) can be calculates a distance between. Figure 2 shows a process also joint receiving activation is checked whether describing order disclosed. In the embodiment according to one terminal (103) serving cell uplink signal from serving cell RRH (104) transmitted to (201). In the embodiment according to one terminal (103) neighbor cell uplink signal from neighbor cell RRH (105) transmitted to (202). According to one in the embodiment, neighbor cell RRH (105) neighbor cell uplink signal from serving cell RRH (104) transmitted to (203). The neighbor cell the uplink signals of neighbor cell RRH (105) terminal (103) of the serving cell received from the RRH (104) is forwarded to a signal. According to one in the embodiment, digital unit (106) includes a serving cell RRH (104) serving cell was received by neighbor cell uplink signal received uplink signal and activating joint serving cell whether (101) and neighbor cell (102) based on the distance between determines (204). According to one in the embodiment, digital unit (106) includes a serving cell RRH (104) the position and neighbor cell RRH (105) and using of serving cell (101) and neighbor cell (102) calculates a distance between cell between a can be. The distance is calculated between cell, digital unit (106) can be compared with the calculated threshold inter cell previously defined. Predefined threshold distance value can be set, when using a joint reception signal quality deterioration base station load weighing inefficiency can be defined taking into account. According to one in the embodiment, digital unit (106) based on comparison results by log serving cell uplink signal and determining whether activation of neighbor cell uplink signal can be received. Digital unit (106) thereby causing the joint to joint receiving activation based upon whether the demodulator determines whether received signals of different frequency bands over the previously recorded program. Digital unit (106) to combine signals received when the joint receiving joints which can demodulate, otherwise serving cell uplink signal capable of demodulating the received signal by using only 2000. Figure 3 shows a serving cell base station to operate in the embodiment according to the one also are disclosed. According to one in the embodiment, serving cell (101) base station (301) includes a serving cell RRH (104) and digital unit (106) comprises. Efined operation of the respective components described above. According to one in the embodiment, serving cell RRH (104) a terminal (103) serving cell from receiving an uplink signal, neighbor cell (102) neighbor cell from receives a uplink signal. Specifically, neighbor cell (102) neighbor cell the uplink signals transferred from the neighbor cell (102) of neighbor cell RRH (105) terminal (103) to a preset group forwarding signal are disclosed. According to one in the embodiment, digital unit (106) includes a serving cell (101) and neighbor cell (102) based on the distance between, and serving cell uplink signal received by log determines whether activation of neighbor cell uplink signal. According to one in the embodiment, serving cell (101) base station (301) includes a serving cell RRH (104) the position and neighbor cell RRH (105) further includes a database storing the position of the can. Digital unit (106) base station (301) with reference to the database of serving cell RRH (104) the position and neighbor cell RRH (105) position and refers, calculates a distance between cell using a queried position can be. According to one in the embodiment, digital unit (106) base station (301) with reference to the external database serving cell RRH (104) the position and neighbor cell RRH (105) can position of inquiry. Base station (301) is external database serving cell RRH (104) the position and neighbor cell RRH (105) storing the position of which, digital unit (106) calculates a distance between cell using a queried the position can be. Figure 4 shows a joint receiving activation method one in the embodiment according to the serving cell base station also describing order disclosed. According to one in the embodiment serving cell (101) of base stations terminal (103) serving cell from uplink signal receives a (401). According to one in the embodiment serving cell (101) of base stations neighboring cell (102) receives a uplink signal from neighbor cell (402). According to one in the embodiment serving cell (101) of base stations serving cell RRH (104) the position and neighbor cell RRH (105) and using of serving cell (101) and neighbor cell (102) calculates the distance between the cell between (403). According to one in the embodiment serving cell (101) corresponding to the distance between the base station compares the calculated cell predefined (404). According to one in the embodiment serving cell (101) of base stations based on the compared result of the serving cell uplink signal and determines whether activation of neighbor cell uplink signal received by log (405). In the embodiment according to method 1 to 3 in the embodiment described with reference to the one joint receiving activation also so may be applied details content dispensed to each other. Figure 5 shows a face of another base station in the embodiment according to the serving cell are disclosed. According to one in the embodiment, serving cell (101) base station (301) memory (501) and a processor (502) having a predetermined wavelength. Memory (501) recording a joint receiving activation application, processor (502) the memory (501) are connected to a memory (501) recorded joint receiving activation application executes the loading. According to one in the embodiment, processor (502) joint receiving activation application executed by the terminal (101) serving cell from receiving an uplink signal, neighbor cell (102) neighbor cell from receiving an uplink signal, serving cell (101) and neighbor cell (102) based on the distance between, serving cell uplink signal and determines whether activation of neighbor cell uplink signal received by log. 1 to 4 in the embodiment described with reference to the activated application received one in the embodiment according to joint also formed may be applied details content dispensed to each other. Various computational means according to an embodiment of the present invention method can be carried out through program instructions can be embodied in the form of computer-readable medium recording. Said computer-readable medium program instructions, data files, data structure or the like can be either alone or in combination. Said program instructions recorded on a recording medium in the embodiment is specially designed and constructed for those computer software that may be enable or publicly known to one skilled in the disapproval. Examples of computer-readable recording medium hard disk, floppy disk and magnetic medium (magnetic media) such as tapes, CD-a ROM, DVD (optical media) such as optical recording medium, such as magnetic - flop mote curl disk (floptical disk) optical medium (magneto-a optical media), and ROM (ROM), ram (RAM), such as flash memory and executing program instructions stored to hardware device specially configured multiple myelomas are included. Examples of such as machine code by a compiler program instructions are made can be carried out by a computer as well as interpreter order currently used in conventional language code comprises brilliance. Said one or more software modules for performing the operation of the hardware device in the embodiment is configured to operate as can be, and vice-versa are disclosed. Although in the embodiment than in the embodiment described by the drawing but are limited to, if said person with skill in the art from the substrate in the art of various corresponding modifications and deformable disclosed. For example, techniques described herein or in a different order and are described method is carried out, and/or illustrating system, structure, device, such as a fixed or other method described component alone or in combination, or other suitable components or even replaced by uniformly substituted results can be achieved. Therefore, other implementations, other claim claim also carry on those two pieces in the embodiment and ranges. 101: serving cell 102: neighbor cell According to an embodiment, disclosed are a serving cell base station, a joint reception (JR) activation method thereof, and an application. The serving cell base station according to an embodiment receives a serving cell uplink signal from a terminal, and receives a neighboring cell uplink signal from a neighboring cell. The serving cell base station according to an embodiment determines whether to activate joint reception for the serving cell uplink signal and the neighboring cell uplink signal, based on a distance between a serving cell and a neighboring cell. So, it is possible to determine whether to activate joint reception by using the distance. COPYRIGHT KIPO 2017 In a base station of the serving cell, receives an uplink signal sent from the terminal serving, neighbor cell from neighbor cells to receive uplink signals serving RRH (Remote Radio Head); and said serving cell and said neighbor cell based on the distance between, said neighbor cell uplink signal and said serving cell uplink signal received by log (Joint Reception; JR) determining whether activation of digital unit including, the serving cell base station. According to Claim 1, said neighbor cell the uplink signals, received from the neighbor cell RRH to said terminal, said signal and sent to the serving cell RRH, the serving cell base station. According to Claim 2, said digital unit, and using the of said position and said serving cell RRH neighbor cell RRH and calculates a distance, said computed a previously defined and compared with a threshold value, determining whether the activation of said joint receiving said according to the comparison results, the serving cell base station. According to Claim 3, storing the position of said position and said serving cell RRH RRH neighbor cell further includes a database, said digital unit, by referring to said position and said position of said database serving cell RRH neighbor cell RRH ices, the serving cell base station. According to Claim 3, said digital unit, said database storing the position of the serving cell RRH neighbor cell RRH position and said position and said position of said neighbor cell RRH refers to the serving cell RRH ices, the serving cell base station. According to Claim 1, said digital unit, said activation of said joint based upon whether the received joint demodulator determining whether received signals of different frequency bands over the previously recorded, the serving cell base station. Base station in the serving cell (Joint Reception; JR) joint receiving activation method, terminal serving cell from receiving an uplink signal; receiving neighbor cell from neighboring cell uplink signal; and said serving cell and said neighbor cell based on the distance between, said activation of said serving cell uplink signal and determining whether neighboring cell uplink signal received by log including, the serving cell base station joint receiving activation method. According to Claim 7, serving cell the uplink signals received by said serving cell RRH (Remote Radio Head), said neighbor cell the uplink signals, received from the neighbor cell RRH to said terminal, said signal and sent to the serving cell RRH, the serving cell base station joint receiving activation method. According to Claim 8, determining whether activation of said joint receiving step, said distance of said position and said serving cell RRH neighbor cell RRH and using the calculating; comparing said computed previously defined threshold; determining whether activation of said joint based on said comparison result received including, the serving cell base station joint receiving activation method. According to Claim 9, said position and said storing the position of the serving cell RRH neighbor cell RRH further includes maintaining a database, determining whether said joint receiving activation step, with reference to the position and said position of said database serving cell RRH further including neighbor cell RRH ices, the serving cell base station joint receiving activation method. According to Claim 9, determining whether activation of said joint receiving step, said database storing the position of the serving cell RRH neighbor cell RRH position and said position and said position of said neighbor cell RRH refers to the serving cell RRH further including ices, the serving cell base station joint receiving activation method. According to Claim 7, activation of said joint receiving said joint based upon whether the received signals of different frequency bands over the demodulator further including determining whether, the serving cell base station joint receiving activation method. Joint receiving (Joint Reception; JR) activated in application, the base station is connected to said application for recording memory and said processor, said application is executed by said processor, said application, receiving from the terminal serving cell uplink signal; receiving neighbor cell from neighboring cell uplink signal; and said serving cell and said based on the distance between neighboring cell, said neighbor cell uplink signal by log-receiving said serving cell uplink signal and determining whether activation step, joint receiving activation application. According to Claim 13, serving cell the uplink signals received by said serving cell RRH (Remote Radio Head), said neighbor cell the uplink signals, received from the neighbor cell RRH to said terminal, said signal and sent to the serving cell RRH, joint receiving activation application.
