Abstract:
PURPOSE: A terminal and a communication method thereof are provided to offer a wireless communication service even if a base station is damaged. CONSTITUTION: A mobile repeater or relay mode multi-function terminal(130') is selected as a terminal which executes a repeater role. The mobile repeater or relay mode multi-function terminal receives information for a scanning section assigned by an upper base station from the upper base station. The mobile repeater or relay mode multi-function terminal transmits information for the scanning section to the lower terminal receiving a service. The mobile repeater or relay mode multi-function terminal includes a processor(132), a memory(134), and an RF(Radio Frequency) module(136). The memory stores various information related to the operation of the processor. The RF module receives or transmits a wireless signal. [Reference numerals] (132) Processor; (134) Memory; (136) RF module
Abstract:
이동통신시스템의기지국은신호를중계하는복수의중계장치와협력 MIMO 송수신의대상이되는대상단말을제외한복수의단말중에서상기협력 MIMO 송수신을위해협력할복수의후보협력장치를선정하고, 상기후보협력장치와상기대상단말사이에서측정된신호품질정보를토대로상기후보협력장치중에서적어도하나의협력장치를포함하는협력클러스터를생성하며, 상기협력클러스터의구성정보를상기대상단말로전송한다.
Abstract:
협력 MIMO 송수신 방법 및 이를 지원하는 단말이 개시된다. 마스터 단말은 협력 통신을 수행한 슬래이브 단말과 클러스터를 형성한다. 마스터 단말은 송신할 데이터 중 일부의 데이터를 슬래이브로 전송하여 공유하며, 슬래이브 단말은 마스터 단말로부터 전송된 데이터를 투과적으로 목적지 노드로 송신한다.
Abstract:
A device-to-device direct communications method is provided. The device sets at least one frame among a plurality of frames included in a superframe to a frame type 0 which is sectioned into a synchronization region for performing a synchronization procedure, a discovery region for discovering devices, a peering region for a connection between devices, and a data region for scheduling of resources and data transmission. The device sets remaining frames among the frames to a frame type 1 which is sectioned into the synchronization region and the data region.