METHOD FOR TRANSMITTING AND RECEIVING DATA
The present invention refers to data transmitting/receiving method relates to, in particular macro network with a wireless interface autonomous network with interface hole coverage terminal when the (coverage hole) through network interface autonomous then the macro-network service providers for an relates to method. In current mobile communication system to terminals into a shadow area to provide a macro network services use relay node. Generally propagation does not touch them where the relay node, for which fixed counter-, expand service coverage relay node dynamically or provides the service. Relay node clipping and bit is allocated a resource from a base station network the coverage of the other terminal to the relay wherein, relay the ue is mounted both protocol is and a base station, base station coverage other terminal which to take on the role of an her, donor base station performs function of her terminal. By arranging a relay node state of the SP heads and to cover a wound and all areas n unit recognizes inputting of a call key not so strong in the cost effective. In addition relay node generally same frequency base station and clipping and bit using in-band (in-band) relay node as, in-van when the relay node relay node between donor base station and to use of sharing the resources in resource utilization is inefficient. In addition a high-frequency band, such as millimeter wave (Millimeter wave) in the case of peripheral building of the media, or weather according effect of such an environmental LOS (Line of Sight) or should not for guaranteeing is, dynamically coverage area the relay, may be altered that the area who cannot be covered by node can generate a. The present invention, so a base station and a relay node coverage an air conditioner a service terminal the rail hole, thereby ensuring the continuity of a data transmitting/receiving method to exclude the difference of Image quality by a rope. provides. According to a in the embodiment of the present invention, it is intended to provide a method for transmitting/receiving data for a base station. The method for transmitting/receiving data terminal and said number 1 wireless access bearer for transmitting/receiving data step, said terminal the coverage of the hole entry of light emitted from at least the wireless number 2 terminal and strong-point with relay function that establishes an for channelization code on up, and said terminal in entering of coverage hole, said terminal said number 2 wireless access bearer strong-point said data to transmit includes step of transmitting to a terminal. The step setting said strong-point terminal said step of requesting an a recombinant vector including the same terminal may include. The step request said steps of receiving measurement reporting said terminal, and said terminal based on measurement reporting serving beam signal strength threshold value hereinafter and candidate beam if there is no to said step of requesting an a recombinant vector including the same strong-point terminal may include. The step setting said strong-point said said terminal connection change request from the terminal the steps of receiving, and said bearer connected to the rotating body by means terminal said strong-point related to at least one session gateway to be connected step of requesting an information change may include. The step transmitting said said terminal for communicating with a wireless access bearer for channelization code on up wireless said number 1 in a step of modifying the means of a wireless bearer wireless access said number 2 may include. A gateway in the step of setting said from said gateway and said between said strong-point terminal for communication in a strong-point terminal that receive an address IP may comprise an step. According to the other in the embodiment of the present invention, it is intended to provide a method for transmitting/receiving data for a strong-point terminal. The Macroblock method for transmitting/receiving data error in base station using man cannot be connected to to the ue receiving a request registration, for mobile terminal number 1 wireless access bearer said base station and in the step of setting said, said bearer wireless access said number 1 received from the base station data and transmitting at least terminal said, and receives said data said bearer wireless access said number 1 to the base station includes. The step setting said autonomous terminal said IP local network includes assigned an EP address, said transmitted wireless said number 1 for channelization code on up the step of data the latter is received through the IP address said fresh air from the air IP local said step of transmitting to a terminal may include. The step setting said said according to said registration request for registration proxy terminal then the macro-stations in the network of the same connection request the step of transmitting an may comprise an. And a connection request said includes field connection type, the step of transmitting an connection request said said connection type is set by the type and relays field said terminal registration proxy include displaying can be. Said macro from the network the step setting said said assigned an EP address IP a proxy for mobile terminal may further include any step of. The step setting said said terminal indicating that registration is complete receiving completion connection, and said terminal step of sending a message from a registration completion further includes, said connection complete and said said terminal registration completion message may comprise an IP address. According to of the present invention another in the embodiment, it is intended to provide a method for transmitting/receiving data for a terminal. The Macroblock method for transmitting/receiving data error in base station using man when it is unable to connected to, macro network interface and autonomous network with interface searching strong-point terminal, and said strong-point related to at least one said macro network includes for transmitting/receiving data. Said searching found signals broadcasting of terminals, said around said at least one terminal for delivery of a response in a signal found from the terminal of the steps of receiving, and strong-point one of said at least one terminal selecting terminal may comprise an. Said searching said macro error in base station using man the step from the steps of receiving lookup request may comprise an. According to of the present invention in the embodiment, having a small-scaled coverage hole the presence of heterogenous wireless connection in a mobile communications environment having relay function (inter-Radio Access Technology, inter-RAT) coverage then, the terminal a service terminal the rail hole, thereby ensuring the continuity of the macro can be a service that provides network may provide a. Figure 1 shows a also of the present invention in the embodiment according to one example of mobile communication network is indicative of the surface. Macro network also of the present invention in the embodiment according to Figure 2 shows a strong-point terminal indicative of the one example of which is served is surface. 2 also also shown in Figure 3 shows a strong-point terminal for transmitting/receiving data through is surface indicative of the procedure. Also shown in Figure 4 shows a base station 2 also, strong-point terminal and apparatus for selecting run-amp of terminal for transmitting/receiving data system for providing services by using address translation method is surface indicating a. Strong-point terminal also of the present invention in the embodiment according to Figure 5 shows a macro network of which is served is surface indicative of the another example. 5 also also shown in Figure 6 shows a strong-point terminal for transmitting/receiving data through is surface indicative of the procedure. Also shown in Figure 7 shows a base station 5 also, strong-point terminal and apparatus for selecting run-amp of terminal for transmitting/receiving data system for providing services by using address translation method is surface indicating a. Based on a text content of the under with reference to a drawing of the present invention in the embodiment to in the present invention is in the field of the person with skill in the art easily embodiment. as further described can be. However the present invention refers to variety of different is embodied in the form described in the embodiment where can be not limited to. Thereby unambiguously direct the drawing and described in the present invention and described for the portion that are independent of, specification similar parts throughout the drawing similar to he glued his code. In a range and claim specification, certain on any configuration element when advisable to "includes", is especially opposite the substrate to which it is-free other features element is supported by the upper case and, excepting the other further include components to. meaning that it may be set. In an entire specification, the (terminal) terminal, user equipment (user equipment, UE), mobile terminal (mobile terminal, MT), mobile station (mobile station, MS), advanced mobile station (advanced mobile station, AMS), (high reliability mobile station, HR-MS) reliability mobile station, subscriber station (subscriber station, SS), portable subscriber station (portable subscriber station, PSS), access terminal (access terminal, AT) refers to such as may be, UE, MT, MS, AMS, HR-MS, SS, PSS, AT of all or some of such as dB stores various edit functions necessary to. In addition the node B (node B) base station (base station, BS), highly B node (evolved node B, eNB), advanced base station (advanced base station, ABS), (high reliability base station, HR-BS) reliability base station, access point (access point, AP), wireless access station (radio access station, RAS), such as base transceiver station (base transceiver station, BTS) may be refers to, node B, eNB, BS, ABS, HR-BS AP, RAS, of all or some of such as BTS dB stores various edit functions necessary to. Now method for transmitting/receiving data of the present invention in the embodiment according to drawing to rapidly and to reduce a memory with reference to a.. Figure 1 shows a also of the present invention in the embodiment according to one example of mobile communication network is indicative of the surface. Also 1 consults a surface, mobile communications network includes a mobile terminal (132, 134, 136, 138), base station (112, 114, 122, 124) and mobility management entity (Mobility Management Entity, MME) (10) and gateway (Gateway, GW) (20) includes. Base station (112,114) MME (10) the core network GW (20) and is connected to the insulator and, wireless network connects the core network. The base station (112,114) the LOS (Line of Sight) ensure, enlarging the coverage the otherwise the demultiplexer transmits other may be connected to. For example, base station, such as also 1 (112) a base station (122,124) and may be connected, which has such a connecting structure in a hierarchical structure, : a buffer. The core network is connected a base station (112) the base station step 1, step 1 is connected base station and a base station (122,124) is the base station step 2. Base station (112,114) interface with one another through the X2 may be connected to. Base station (112,114) MME (10) network the cores via interface S1 the GW (20) and may be connected to and a. Base station (112) the Uu interface a terminal over a (132) may be connected to and. Base station (112,114) includes a multiple antenna, coverage based on beam-forming to a terminal within a can transfer data.. The beam forming in wireless communications has a mesh emitted from antenna from a specific direction along an antenna emitted concentration is implemented. The aim [...] beam, in any desired way, in any desired way or receiving a signal from a by a rope. signal. Each antenna having a beam layer is formed in the exposed region specific a way that. can be secured. Base station (112,114) a wide service area the display panel to cover the, base station (112) covered by a base station is provided to elevate the cleaning effect (122,124) a compressed at the same time. Base station (122,124) the communication with a base station over a interface S1 (112) can be connected and, base station (122,124) via the interface the Uu coverage a terminal within a (134,136) and may be connected to. As such base station (112, 114, 122, 124) configures the topology of a tree structure, a hierarchy of base station from the demodulator step or extended coverage, signaling overhead are opened upward and downward, there is the problem that of the base station according the environment as is found by optimizing the step composed of. Base station (112, 114, 122, 124) a two the present invention and the, base station (112, 114, 122, 124) of the second method network application configuration can be constructed. Terminal (132, 134, 136, 138) autonomous and network interface the Macroblock has both network interface, at least one is activated and the, base station (112,114) or base station (122,124) through the service control macro connected to the item may be provided with and, plurality of as to determine whether the forming the cluster infrastructure a serverless environment autonomous type network terminal-to-terminal communication can be direct communication. Terminal (132, 134, 136, 138) and network interface macro during and the like having both autonomous network interface (inter-Radio Access Technology, inter-RAT) heterogenous wireless connection terminal with relay function for strong-point terminal (the 136 in Figure 1): a buffer. Strong-point terminal (136) has a user-interface network autonomous and network interface the Macroblock heterogenous wireless connection has relay function, macro network propagation coverage does not touch them to the terminal of a user placed (138) performs relay function for. Strong-point terminal (136) the terminal (138) for autonomous when a wireless device conducts a relay function in the local IP address terminal (138) the assigned to. In addition the termination terminal (136) terminal in network the Macroblock (138) assigned to terminal in a IP address and autonomous network (138) for transitioning between a assigned to performs the IP address, to this end for managing the IP address tables. Macro network terminal in IP address table (138) assigned to terminal in a IP address and autonomous network (138) assigned to constitution: a IP address is mapped. Strong-point terminal (136) serve in relay function activating or thickness variation is measured by operation provided by the second user, order to save power when necessary and the enable relay function may. Macro network also of the present invention in the embodiment according to Figure 2 shows a strong-point terminal indicative of the one example of which is served is surface. Also 2 reference to an surface, base station (124) the terminal (138) provides through the service control macro to. Terminal (138) the mobile the base station (124) i.e., macro network coverage does not touch them signal near hole in entering of base station (124) transmits a paging request message (138) to strong-point terminal (136) to request the connection to, strong-point terminal (136) the terminal (138) for the additional radio bearers for. Base station (124) the terminal (138) for changing the bearer information strong-point terminal (136) the terminal over (138) so data is transmitted to. By doing so, terminal (138) a coverage hole to secure continuity of entry of servicing is enabled. In addition base station (124) macro from the network terminal is released even in strong-point terminal (136) provided the service via the selected physical device can be managing in a sustained manner. 2 also also shown in Figure 3 shows a strong-point terminal for transmitting/receiving data through is surface indicative of the procedure. Also 3 consults a surface, base station (124) a disruption of service the contained with respect to the beam is decided the coverage hole be present a disruption of service in accordance with one aspect of the black beam is decided and manages list to another, or from a (S302). Base station (124) the terminal (138) that is established with wireless for channelization code on up using (Radio Access Bearer, RAB# 1) transmits and receives data (S304). Base station (124) the serving cellular system and serving beam if the beam in the blacklist, terminal (138) (Measurement Control) control as measured by (S306) and transmits the message. Measuring parameters and measuring control message includes reporting conditions. Measuring wireless for stations a peripheral base parameter may include signal strength, reporting conditions measured specify conditions which report the parameters.. Generally for a handover measuring of the control message reporting conditions a serving beam when the hereinafter value particular threshold signal strength or source and a target reporting [...] of signal strength of handover margin (Handover Margin, HOM) whenever the packet satisfies to report to is preferably set-up. Measuring of the present invention in the embodiment according to of the control message reporting conditions the handover for requesting the reporting conditions as well as serving beam signal strength measuring is hereinafter threshold value may be capable of reporting parameter information is preferably set-up to. Terminal (138) measured according on control messages a peripheral base for stations wireless measures the signal strength and, serving beam or base stations (124) the signal-strength of the base station is hereinafter a certain threshold value (124) measuring a packet suitable for an ieee802. report message (S308). Base station (124) the terminal (138) message for measurement received from the signal-strength of the beam serving through hereinafter threshold candidate peripheral and there is not a beam when it is determined to, candidate beam not terminal (138) by in order to determine the success (S310), coverage hole strong-point of light emitted from at least the terminal to detect terminal (138) can be to requesting. Step (S310) has a selectively-be. Terminal (138) step (S310) such as base station (124) from strong-point terminal but may be receiving a search request, weakened peripheral beam signal strength not and in case it is judged, strong-point terminal (S312) and for the indirect determination for providing an interface to a compound, may be selected (S314) strong-point terminal. Strong-point terminal of the first the performance data and an depends on protocol network, therefor in the present invention a dispensed therefore, the. Terminal (138) the selected strong-point terminal (136) (register request) request registered (S316) and transmits the message. Radio resource to trace the change of register request message information about the bearer may comprise an. Strong-point terminal (136) the terminal (138) from registration request upon receipt of the message, the local IP autonomous in authenticates the terminal assigned an EP address (138), and transmits the (S318). Strong-point terminal (136) the terminal (138) through register request message from the previous radio resource bearer for when it receives information, macro network as they are mated have when the organicmolecules, or terminal (138) context of base station both information (context) (124) in while transmitting terminal (138) connection data transfer requires a change. (S320). Base station (124) the terminal (138) strong-point terminal connected in bearers information (136) are connected via MME (10) to (S322) and that requests the connected in, MME (10) the GW (20) that requests the session information of network to. (S324). GW (20) set up sessions if asked information change, terminal (138) the bearer strong-point terminal (136) is varied to, strong-point terminal (136) the terminal (138) of proxy diarylaminosilane, a triarylaminosilane, a tetraarylaminosilane a set. Furthermore, GW (20) set up sessions MME (10) to change request information (S326) and responds with, MME (10) the base station (124) connected (S328) a response to a change request. Base station (124) the MME (10) receives a response to the change request connection from the, strong-point terminal (136) and a radio access bearer (RAB# 2) sets and, wireless for channelization code on up RRC (Radio Resource Control) information (RAB# 2) a message can connected strong-point terminal (136) sends a response to a change request connection (S330). Strong-point terminal (136) a base station (124) from RRC connected reconstruction upon receipt of the message, wireless for channelization code on up RRC connection (RAB# 2) in accordance with the information in the reconstruction. In addition the termination terminal (136) a registration approval (register accept) message to terminal (138) (S332) by sending a, base station (124) and the gates are located under an upper connected RRC. achieving an objective. Strong-point terminal (136) a base station (124) and radio resource bearer (RAB# 2) establishment of a system when the contents are executed terminal (138) (S334) a and a terminal for setting bearer to. Terminal (138) the performance data and an IP local network address setup completing the, strong-point terminal (136) to registration completion (register complete) (S336) and transmits the message. Strong-point terminal (136) the terminal (138) from registration completion upon receipt of the message, base station (124) by sending a completion message reconstruction connected RRC in new radio bearers. achieving an objective assigned (S338). Base station (124) the strong-point terminal (136) to said changing of information bearer. (S340). Or base stations (124) the terminal (138) for channelization code on up wireless bearer wireless connection directed wireless (RAB# 1) for channelization code on up. showing a used state of the plcm (RAB# 2). Base station (124) using bearer wireless connectivity (RAB# 2) strong-point terminal (136) sends a data (S342), strong-point terminal (136) bearer wireless connectivity (RAB# 2) the latter is received through the data network interface a terminal over a autonomous routing IP (138), and transmits the (S344). While, also, such as base station 1 (112), the terminal (132) when is reduced, terminal (132) in entering of hole coverage is, base station (112) a base station described in Figure 3 and 2 (124) can be operation of. Also shown in Figure 4 shows a base station 2 also, strong-point terminal and apparatus for selecting run-amp of terminal for transmitting/receiving data system for providing services by using address translation method is surface indicating a. Also 4 reference to an surface, terminal (138) and network interface the Macroblock autonomous network interface both going into a shadow area network macro but the two or more the air interfaces base station (124) for communicating with a macro network interface a signal operable only network interface autonomous and weakened in the carried out, the amount of shift. Strong-point terminal (136) in addition terminal (138) equal to protocol structure provided with at, strong-point terminal (136) the terminal (138) for then the macro-network interface and the autonomous network interface all operate, performs relay function therebetween. Strong-point terminal (136) the terminal (138) for communicating with a base station as well as digital hierarchy autonomous (112) for communicating with a digital hierarchy includes macro. Base station (112) for communicating with a digital hierarchy macro the Macroblock are in accordance with protocol functionality network. Autonomous network protocol corresponding to layer number 1 number 2 layer and L1 L2 corresponding to layer includes layer. Terminal (138,136) of the physical channel between layer L1 moving inputting and outputting data through, L1 layer and between the layer L2 over logic channels transmission channels or the data. Terminal (138) error in base station using man the Macroblock (124) GW (20) is connected to IP address allocated from a macro network (IP# 1) (S402), base station (124) and set the radio resource bearer (RAB# 1) (S404). Terminal (138) radio resources using the IP address (IP# 1) communication with a base station over a bearer (RAB# 1) (124) and. can receive and/or send messages. GW (20) and a base station (124) is a GTP (GPRS Tunneling Protocol) (S406) and establish a tunnel, GTP tunnel can transmit and receive data via. GTP the base station (124) GW (20) and between a protocol, GTP for the sake of convenience specific gravity of 0.50 to 1.29 g, . replaceable another communication protocol. Terminal (138) the base station (124) in entering of the coverage hole, strong-point terminal (136) the performance data and an local network IP address to the terminal (autonomous IP) (138) (S408) directed to allocate, terminal (138) in lieu of the radio bearer order to connect wire base station (124) the base station required (124) and set the radio resource bearer (RAB# 2) (S410). The base station (124) the GW (20) from GW (20) and a strong-point terminal (136) (IP# 2) proxy between assigned a IP address (S412). Base station (124) the proxy IP address (IP# 2) a strong-point terminal (136) is used for IP address. Base station (124) (RAB# 1) bearer radio resource bearer radio resources (RAB# 2) bearer radio resources in switches to (S414), radio resource bearer (RAB# 1) the released. Strong-point terminal (136) a base station (124) (RAB# 2) bearer radio resources and received from scanning in protocol to and, autonomous network interface a terminal over a (138) can be connected and to performs routing IP (S416). Strong-point terminal (136) terminal in network the Macroblock (138) assigned to terminal in a IP address and autonomous network (138) for transitioning between a assigned to performs the IP address, terminal (138) the Macroblock network sets a using the IP address. GW (20) thereby in GTP the terminal over (138) data destined a strong-point terminal (136) through (RAB# 2) bearer resource in a wireless network connected to a bearer radio resources is is re-. Base station (124) a wireless resource bearer (RAB# 1) radio resource data delivered over a network connection to the bearer (RAB# 2) strong-point terminal (136) of the lower side from the, strong-point terminal (136) (RAB# 2) bearer resource a wireless local network for autonomously data on IP address one of the terminals (autonomous IP) (138) transmits it. By doing so, terminal (138) the Macroblock a network IP response to the travel of the brake service without table GW (20) and the node (for example, base station) easily dealt with by a small change, bearer information in the item may be provided with service. Strong-point terminal also of the present invention in the embodiment according to Figure 5 shows a macro network of which is served in drawing indicative of the another example, macro from the network signal is disconnected both macro from the network terminal (138) is released when strong-point terminal (136) through then the macro-network service providers for an is surface described method. Also 5 reference to an surface, terminal (138) in a situation where the signal from the network the Macroblock strong-point terminal control channel and searches for suitable strong-point terminal (136) and to apply the selected color GMA strong-point terminal (136) to. requested a macro network. The macro from the network terminal addition, the height of a situation signal (138) is entered a hole [...] macro from the network signal is disconnected both macro from the network terminal (138) is released the alphas1-, alphas2 macro network autonomous without the use of wireless transmission techniques where the macro network of which is served the Internet communication may include a situation. Strong-point terminal (136) the terminal (138) connected then the macro-with flip-flop of semiconductor memory other for PDN (Packet data Network) and further one, autonomous network interface a terminal over a (138) can be connected and to performs IP routing function. 5 also also shown in Figure 6 shows a strong-point terminal for transmitting/receiving data through is surface indicative of the procedure. Also consults a surface 6, terminal (138) can be connected the Macroblock supervis ion portion confirms a.. Terminal (138) macro signal from the network the Macroblock connected when it is unable to (S600), the search terminal CP peripheral. Terminal (138) the strong-point terminal to search for at (S602) and broadcasting (Discover network) signal discovered, peripheral (Discover response) response signal which is receives strong-point terminal receives (136) may be selected for (S604, S606). Strong-point terminal for searching for and receives the response is formed on the resultant network autonomous a procedure can be other. Terminal (138) through the network interface the performance data and an, selected strong-point terminal (136) (S608) a transmitting a request message registered. Terminal register request message (138) for registering a to the primary station serving the macro network includes registration information, user user identifying information is registered, can be include a location information. Strong-point terminal (136) the terminal (138) for connection setup between with autonomous IP local network authenticates the terminal assigned an EP address (138). in order to determine the success (S610). Strong-point terminal (136) the terminal (138) based on registration information of terminal (138) with flip-flop of semiconductor memory MME (10) then the macro-network connection request (attach request) and transmits the message (S614). The terminal (138) and a connection request of strong-point terminal (136) and manganese wireless set in the pico-cell information is transferred over a control channel (S612). Strong-point terminal (136) the terminal (138) is indicating registration proxy of connection request (attach request) to connection type of a message set a (attach type) to the relay type (relay type). Connection request (attach request) message MME (10) adapted to receive an the strong-point terminal (136) the terminal (138) registration of the agency recognition the terminal (138) to discern an identifier of a terminal based on (138) verifying the profile of. MME (10) the GW (20) transmits a request message-session creation to (S616), GW (20) receiving a response message-session creation from. (S618). GW (20) the GW (20) and a strong-point terminal (136) a proxy is assigned an EP address the IP. In addition GW (20) a terminal (138) of the assigned an EP address IP. MME (10) the GW (20) from-session creation response upon receipt of the message, connection response (attach response) message to the registrar via has been completed base station (124) through the strong-point terminal (136) (S620, S622). in order to determine the success. The terminal (138) for strong-point terminal (136) and a base station (124) between additional bearer (RAB# 2) is generated. Connection response message GW (20) and a strong-point terminal (136) is a proxy IP address and terminal (138) of the IP address. Strong-point terminal (136) a registration response (register response) message to the registrar via has been completed terminal (138) (S624) transmits it. A reply message registration GW (20) and a strong-point terminal (136) is a proxy IP address and terminal (138) of the IP address. In addition the termination terminal (136) connection completion message to the base station (124) MME (10) through (S626, S628), and transmits the. Thereby, terminal (138) and strong-point terminal (136), strong-point terminal (136) and a base station (124) radio bearer between is is completed for setting bearer directional and. Furthermore, strong-point terminal (136) the terminal (138) of proxy serve to, GW (20) the strong-point terminal (136) of terminal strong-point using the address IP (136) a terminal over a (138) and can receive and/or send messages. (S630, S632). Also shown in Figure 7 shows a base station 5 also, strong-point terminal and apparatus for selecting run-amp of terminal for transmitting/receiving data system for providing services by using address translation method is surface indicating a. 7 also consults a surface, terminal (138) connected the Macroblock head cannot reach a situation by, the strong-point terminal for accessing macro network (136) use of. Strong-point terminal (136) and terminal (138) digital hierarchy the performance data and an includes digital hierarchy and macro, terminal (138) using digital hierarchy the performance data and an of the surroundings in terminal or data communication with an exterior the appropriate strong-point terminal (136) selects the. Terminal (138) the strong-point terminal (136) to macro connected to registration request the, strong-point terminal (136) the terminal (138) autonomous to local network IP address (autonomous IP) assigns a (S702). Strong-point terminal (136) terminal through digital hierarchy the Macroblock (138) and bearer b checks establishment of network access for the terminal (138) performs registration proxy of. The strong-point terminal (136) the terminal (138) for providing additional CP for determining the bearer, GW (20) from GW (20) and a strong-point terminal (136) (IP# 2) additional between assigned a IP address (S706). GW (20) for application of additional cleansing IP address (IP# 2) terminal (138) IP as proxies for, terminal (138) for through the service control macro ointment, drink or injection IP address (IP# 1) assigns a (S708). GW (20) a terminal (138) specific IP manages address, terminal (138) to the primary station serving the macro network IP proxy if his back to region include through holes or through strong-point terminal (136) and bearer with IP address (IP# 2) deleting the terminal (138) and to continue providing the design and IP address (IP# 1) outputs a relay driving signal.. Terminal (138) of the IP address (IP# 1) is encapsulated and strong-point terminal (136) via network autonomous through the finally terminal (136) and passed to the. Strong-point terminal (136) a base station (124) and a radio access bearer (RAB# 2) sets and (S710), base station (124) and GW (20) module is installed under the GTP protocol is connected the cores via. GW (20) in one of the terminals GTP (138) data destined a base station (124) through (RAB# 2) bearer radio resources in strong-point terminal (136) are transferred in, strong-point terminal (136) the already assigned IP address local network autonomous placing the autonomous network interface a terminal over a routing IP (138). be delivered with data (S712). Taught an ideal of the present invention in the embodiment method and/or device embodied in the exclusively via a are not, a function elements of the present invention in the embodiment of a program or recordingmedia on which computer program is stored is implemented through the medium may be, provide the such an implementation from and described in the embodiment of the present invention is in the field of the expert if supplied to the upper the recording operation.. At least one fatty acid of the present invention in the embodiment of the present invention but on the range rights and then not limited to a defined in if using a variety of one skilled in the art of the present invention basic general outline form and improved modified. disc spin speed value within a range rights in addition of the present invention. When a terminal intends to receive a service of a macro net without having entered a coverage hole or using a wireless technology of the macro net, the terminal can receive the service by using a base terminal having a macro net interface and an automatic net interface. A method for transmitting and receiving data includes the following steps: transmitting and receiving data through the terminal and a first radio access bearer; setting the base terminal having a relay function and a second wireless connection bearer in preparation for the entry of the terminal into the coverage hole; and transmitting data to be transmitted to the terminal to the base terminal through the second radio access bearer if the terminal enters the coverage hole. COPYRIGHT KIPO 2016 As method for transmitting/receiving data for a base station, said terminal and number 1 wireless access bearer for transmitting/receiving data step, said terminal the coverage of the hole entry of light emitted from at least the wireless number 2 terminal and strong-point with relay function that establishes an for channelization code on up, and said terminal in entering of coverage hole, said number 2 wireless access bearer said data to transmit terminal said strong-point terminal step of transmitting to a method for transmitting/receiving data including. According to Claim 1, the step setting said strong-point terminal said step of requesting an a recombinant vector including the same terminal for transmitting/receiving data including method. According to Claim 2, the step request said steps of receiving measurement reporting said terminal, and said terminal based on measurement reporting serving beam signal strength threshold value hereinafter and candidate beam if there is no to strong-point terminal a recombinant vector including the same said step of requesting an method for transmitting/receiving data including. According to Claim 1, said strong-point from the terminal a in the step of setting said said terminal connection change request the steps of receiving, said bearer connected to the rotating body by means terminal inefficiency due to a duplication of encoding strong-point related to at least one session gateway to be connected step of requesting an information change method for transmitting/receiving data including. According to Claim 4, the step transmitting said said terminal for communicating with a wireless access bearer for channelization code on up wireless said number 1 means of a wireless bearer wireless access said number 2 in including a step of modifying the method for transmitting/receiving data. According to Claim 1, a gateway in the step of setting said from said gateway and said between said strong-point terminal for communication in a strong-point terminal IP address method for transmitting/receiving data including a step of receiving. As method for transmitting/receiving data for a strong-point terminal, macro error in base station using man cannot be connected to to the ue receiving a request registration, for mobile terminal number 1 wireless access bearer said base station and in the step of setting said, said bearer wireless access said number 1 received from the base station data and transmitting at least terminal said, and receives said data said base station said number 1 wireless access bearer and sending a method for transmitting/receiving data including. According to Claim 7, the step setting said autonomous terminal said IP local network includes assigned an EP address, said transmitted wireless said number 1 for channelization code on up the step of data the latter is received through the IP address IP local said fresh air from the air including said terminal step of transmitting to a method for transmitting/receiving data. According to Claim 7, the step setting said said registration request for registration proxy terminal according to the Macroblock in said connection request stations in the network of the same including the step of transmitting an method for transmitting/receiving data. According to Claim 9, and a connection request said includes field connection type, a the step of transmitting an connection request said said and relays field connection type is set by the type a registration proxy terminal said step of displaying a method for transmitting/receiving data including. According to Claim 9, said macro from the network the step setting said said IP a proxy for mobile terminal further assigned an EP address method for transmitting/receiving data including. According to Claim 9, the step setting said said terminal indicating that registration is complete receiving completion connection, and said terminal step of sending a message from a registration completion further includes, said complete and connection said registration completion message method for transmitting/receiving data including said terminal IP address. As method for transmitting/receiving data for a terminal, macro error in base station using man when it is unable to connected to, macro network interface and autonomous network with interface searching strong-point terminal, and said strong-point related to at least one step of said macro for transmitting and receiving data network method for transmitting/receiving data including. According to Claim 13, said searching found signals broadcasting of terminals, said around said at least one terminal for delivery of a response in a signal found from the terminal of the steps of receiving, and one of said at least one terminal strong-point terminal for transmitting/receiving data including selecting method. According to Claim 13, said searching said macro error in base station using man from the step receiving a request search method for transmitting/receiving data including.
