Abstract:
기지국에서 MBS 자원을 관리하는 방법이 제공된다. MBS 자원 관리 방법은, 하향링크 자원을 적어도 시간 영역에서 분할하여 적어도 하나의 제1 영역 및 제2 영역을 포함하는 복수의 영역을 형성하는 단계, 적어도 하나의 MBS 존에 상기 적어도 하나의 제1 영역을 할당하는 단계, 그리고 유니캐스트 영역에 상기 제2 영역을 할당하는 단계를 포함한다.
Abstract:
다중 반송파 시스템에서 단말이 반송파를 관리하는 방법이 제공된다. 반송파 관리 방법은, 주 반송파에서 MBS를 위한 MBS 반송파로 전환하는 단계, 상기 MBS 반송파로 기지국으로부터 MBS 관련 데이터를 수신하는 단계, 상기 MBS 관련 데이터를 수신한 후에 상기 MBS 반송파에서 상기 주 반송파로 복귀하는 단계, 그리고 상기 주 반송파로 상기 기지국과 데이터를 주고받는 단계를 포함한다.
Abstract:
PURPOSE: A method for assigning the radio resource to a plurality of terminals forming a group is provided to transmit only the control information for the terminal in which the transport format or the resources is changed. CONSTITUTION: An ABS(Advanced Base Station) adds the AMS(Advanced Mobile Station) in a group(S110). The ABS transmits the group scheduling information determined by the scheduling to a plurality of AMSs belonging to the group(S120). The group scheduling information comprises the terminal indication information and the resource information. The terminal indication information directs whether the information for the radio resource allocated to the AMS is changed or not. The resource information directs the changed radio resource of the AMS.
Abstract:
PURPOSE: A method for transmitting multicast broadcast service data using a super frame header in a mobile wireless communication system is provided to efficiently supply an MBS(Multicast Broadcast Service) by minimizing a system update. CONSTITUTION: MBS map indication information and MBS control information are transmitted(S310). The MBS MAP indication information indicates a first resource unit of an MBS region at a start point of an MSI(MBS Scheduling Interval). The MBS control information includes sub frame offset information. The MBS MAP is transmitted through the first resource unit(S320). An MBS burst indicated by the MBS MAP is transmitted(S330).
Abstract:
PURPOSE: A data transmission method in a multicast/broadcast service is provided to efficiently support an MBS in a mobile wireless access system and to reduce power consumption of a mobile terminal. CONSTITUTION: A first allocating indicator indicates an allocated part for transmitting an MBS(Multicast/Broadcast Service) at a first transmission time. A second allocating indicator indicates an allocated par for transmitting the MBS at a second transmission time. A terminal receives a superframe header and confirms an MBS area(S200). An MAP IE(Information Element) is received from the MBS subframe(S210). It is determined whether there is a service flow in the MAP IE(S220).
Abstract:
PURPOSE: A service state information transmission method of a femto base station in a wireless communication system which transmits service state information of a femto base station to a neighboring base station is provided to efficiently update a neighboring base station list in a wireless communication system. CONSTITUTION: A femto base station(20) is scheduled to interrupt a service. The service interruption data includes prediction service interruption time according to the scheduling of the service interruption. The service interruption data includes a handover control flag of femto bases station execution in a hand-over process. The service interruption data are transmitted through a broadcast message or a paging message.
Abstract:
PURPOSE: A method for operating a femto base station based on a radio access system is provided to efficiently manage a femto base station in a wireless mobile connection system which supports a femto cell. CONSTITUTION: A femto BS(Base Station) receives the information of a mobile station which enters an idle mode(S331), and receives the information on the mobile station which enters a sleep mode(S332). The femto BS determines an LDO(Low Duty Operation) cycle(S340), and transmits to each mobile station the LDO related information including a determined LDO cycle(S351,S352). Based on the change LDO pattern, the femto base station is managed in the changed LDO mode(S360).
Abstract:
PURPOSE: A method for saving power is provided to allocate source in a terminal to operate receiver only in a specific frame which predicts reception of real-time service flow, thereby reducing the power saving of the terminal. CONSTITUTION: A terminal receives an AAI_CM-CMD(Advanced Air Interface_Carrier Management-Command) message from a base station. The terminal activates secondary carrier among a plurality of carrier wave according to the AAI_CM-CMD(Advanced Air Interface_Carrier Management-Command) message. The terminal receives a first service data through activated sub carrier in a first frame. The terminal receives a second service data through activated secondary carrier in a second frame. An interval of a first frame and a second frame is determined according to the receiving standby interval information within service flow information.
Abstract translation:目的:提供一种省电方法,用于在终端中分配源,仅在预测接收实时业务流的特定帧中操作接收机,从而减少终端的功率节省。 规定:终端从基站接收到AAI_CM-CMD(Advanced Air Interface_Carrier Management-Command)消息。 终端根据AAI_CM-CMD(Advanced Air Interface_Carrier Management-Command)消息在多个载波中激活辅载波。 终端在第一帧中通过激活的子载波接收第一服务数据。 终端在第二帧中通过激活的辅助载波接收第二服务数据。 根据服务流信息中的接收待机间隔信息确定第一帧和第二帧的间隔。
Abstract:
PURPOSE: A traffic packet fragmentation, packing, and multiplexing method is provided to configure MAC PDU(Media Access Control Protocol Data Unit) using small overhead. CONSTITUTION: A traffic packet which is received from at least one service is analyzed. A connection identifier(5), a SDU, and the length information are identified through the analysis. The MAC PDU is generated. The MAC PDU comprises one FPMEH(Fragmentation Packing Multiplexing Header) which has the FPMEHB(Fragmentation Packing Multiplexing Header Block) of the number corresponding to the number of the service house.
Abstract translation:目的:提供流量分组分片,打包和复用方法,以便使用较小的开销来配置MAC PDU(媒体访问控制协议数据单元)。 构成:分析从至少一个服务接收的流量包。 通过分析来识别连接标识符(5),SDU和长度信息。 生成MAC PDU。 MAC PDU包括一个FPMEH(分段包装多路复用头),其具有与服务房屋号码对应的号码的FPMEHB(分段包装复用头部块)。
Abstract:
An idle mode management method in a mobile broadband wireless access system is provided to deliver paging information through a dedicated control channel instead of a paging message broadcasted/transmitted to downlink, thereby saving resources for transmitting the paging information and time necessary for recognizing paging by a mobile terminal. An access cancel request message including an action code is transmitted to a base station(200A) in active mode, to demand conversion into an idle mode(S501). An access cancel command message which is a response for the request message is received from the base station(200A), and the active mode is converted into the idle mode according to information of the action code included in the command message(S502-S504). A paging signal including the action code is received from the base station(200A) through a dedicated paging channel in the idle mode(S506-S513). Network reconnection and a service flow are set according to the information of the action code included in the paging signal, and data communication is performed(S514-S516).