relay link
英 [ˈriːleɪ lɪŋk]
美 [ˈriːleɪ lɪŋk]
网络 中继链路
英英释义
noun
- an amplifier for restoring the strength of a transmitted signal
双语例句
- First, compares the capacity of the direct link and relay selection partial link to determine whether or not to cooperate.
其中将直传链路与中继协作链路的信道容量进行比较，判断是否要协作。 - Multi-hop relay can achieve higher link capacity and wider wireless network coverage, by dividing one wireless link with poor quality into multiple wireless links with better quality.
多跳中继技术将原来的信道质量较差的单跳无线链路，分解成信道质量较好的多跳无线链路，从而实现了提升链路容量、扩展网络覆盖区域等目的。 - Protection relay system which is the key of the power system security is the most crucial link for the safety and stability of a power system.
继电保护装置是电力系统中的重要组成部分，是电力系统安全稳定运行的保障。 - Theoretically, the relay can transmit data to the two receivers simultaneously at rates equal to the individual link capacities.
理论上来说，中继能够以到二个终端分别的信道容量同时给二个终端发送数据。 - Wireless Access Methods in the Relay Link Between Base Stations of Mobile Communication Network
移动通信基站中继接入中的几种无线接入方式 - In the multi-relay system of single-source single destination, the advantages of multi-relay technology is distributed transmission structure by each relay link.
在单源单目标节点的多中继系统中，多中继技术的优势是各个中继链路形成的分布式传输结构。 - According to the different channel quality of relay link and direct link, the relay node re-encodes the error-free data information received from both sources, and then forwards the coded information to the BS.
依据直传链路与中继链路的信道特性不同，中继节点可以接收到可靠的信源节点信息并对其进行联合信道-网络编码后向基站进行转发。 - Specifies whether the frame relay link becomes available automatically in a frame relay profile.
指定在框架转接配置文件中，框架转接连结是否会自动启用。 - Relay Technology is one of the key technologies in LTE-Advanced, which can increase the system coverage, improve the link performance. Distributed Relay Assisted communication is an important technology that can meet the QoS requirement of terminal users.
中继技术是LTE-Advanced中引入的关键技术之一，中继辅助通信是一项可以满足终端用户Qos要求的重要策略。 - The results indicate that the position of relay node and direct link are obviously changing the transmission rate.
结果表明中继节点位置和直接链路对传输速率的影响较为明显。