In this case, satellite selects a relay node in the coverage region of SBS2.
这样，卫星在SBS2的覆盖区域内选择中继节点。
Then the destination node jointly decodes the messages from the source and relay nodes. We call such a procedure as a network LDPC code.
目的节点可以利用源节点和中继节点的信息进行联合译码，我们称之为网络LDPC编码。
Firstly, we propose a network-coded cooperative diversity plan on uplink, whose core idea is to give the network coding function to relay node.
首先提出适用于上行链路的网络编码协作分集方案，核心思想就是赋予中继具有对来自不同用户的信息进行网络编码的功能。
The information received by the relay node in different time is coded with a channel coding method. Then all the codes are forwarded after network coding.
该方案在中继节点处将多个时刻接收的信息分别进行信道编码，再将所有码字进行网络编码后转发。
Cooperation with hierarchical modulation can employ broadcasting characteristics of wireless channel and location advantage of relay node to confront fading.
基于分级调制的中继协作技术可以很好地利用无线信道的广播特性和中继节点的位置优势来对抗信道衰落。
Quantum key distribution(QKD) network can be differentiated into three main categories based on different "family" of node functionalities:1)trusted relay node;
根据量子密钥分发网络节点功能的不同，可以将其分为三类：由信任方节点构成的网络；
Traditional network coding has a limited application for assuming the input packets from two destination nodes can be simultaneously decoded correctly at the relay node.
该方法在中继节点通过校验码等方式判别来自两个终端的数据包是否正确解码后，自适应地进行网络编码、中继转发处理。
In the wireless relay network, the transmission efficiency of the relay node can be improved effectively without loss of diversity gain via the network coding technique.
在无线中继网络中采用网络编码技术，可在不损失分集增益的前提下有效提高中继节点的转发效率。
In order to improve the BER performance of the relay network, joint network coding and channel coding can be used in the relay node, which has been received much attention during the past few years.
为进一步改善基于网络编码的无线中继系统的误比特（BER）性能，可在中继节点处采用联合网络—信道编码方法，这也是近年来的研究热点之一。
In this paper, all the relay routers are taken as a virtual node by assigning them an anycast address which is accessed along the shortest path by anycast routing.
为所有中继路由器分配一个泛播地址，将它们当作一个逻辑节点，借助泛播路由以最短路径到达该逻辑节点。
The node on the relay loop retrieves information from each arriving data frame and adds information to be sent to the frame.
接力环中信息帧在每经过一个节点都搭载该节点信息并接收别的节点发给该节点的信息。
The new hardware protocol and storage controlling protocol can lessen the storage pressure of the node and lower the requirements of the network coding on the relay.
通过新的硬件协议和存储控制协议减轻了节点的存储压力，降低了网络编码对中继节点的要求；
The principle and theory of our design is discussed chiefly. What is elaborated in the paper is the hardware and software design of intelligent relay and PC monitor node.
论文中详细叙述了设计的理论依据，介绍了可通信低压开关电器节点和监控PC节点的硬件设计和工作原理以及相关的软件程序设计思路和编制方法。
The principle and theory of our design is discussed chiefly. What is elaborated in the paper is the hardware and software design of intelligent relay and PC monitor node.
论文中详细叙述了设计的理论依据，介绍了可通信低压开关电器节点和监控PC节点的硬件设计和工作原理以及相关的软件程序设计思路和编制方法。
应用推荐