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node-design-in-NS2
- 该文件描述了在NS2环境下节点扩展的C++代码，共有4种类型的节点，它们是源节点、中继节点、编码节点和译码节点。要求中继节点可以复制完成复制功能，编码和译码节点具有编码和译码功能。-the file descr ipt a C++ node coding in NS2 .the node include four types:send node,relay node,receive node and coding node
6
- Here s the pdf file for Relay node placement in large scale wireless sensor networks
A-convolutional-based-distributed-coded-cooperati
- In this paper, we consider a coded cooperation diversity scheme that is suitable for L-relay channels that operate in the decode–forward mode. The proposed scheme is based on convolutional coding, where each codeword of the source node is partitioned
bingwangfenxi
- 在MATLAB/Simulink环境中搭建了光伏发电系统模型,其采用最大功率点跟踪(MPPT)控制算法,并加入继电保护逻辑控制模块.通过PSASP的用户程序接口,可将该模型以电流源的形式接入电网模型进行暂态稳定计算.同时提出在电流源并网模式下并网光伏发电系统控制其与电网的无功功率交换为0,因此在潮流计算中可将光伏电站设为PQ节点,并设无功功率为0.CEPRI 36节点系统的仿真结果验证了该模型的正确性,并表明所提模型比常规同步电机二阶经典模型对电网故障的反应更为灵敏,但其对于改善全系统的暂态稳定
LTE-RELAY-node
- Using Relay node to increase coverage and capacity of radio access network
Sum_rate-maximization-
- 在已知两源节点，中继节点发射功率的前提下，怎样选择放大系数能够得到最大的传输速率-In the known two source node, the relay node to transmit power premise, how to choose the amplification factor can be obtained the maximum transmission rate
AAA
- In this letter, we propose a simple orthogonal frequency-division multiplexing (OFDM) scheme for an asynchronous cooperative system, where OFDM is implemented at the source node, and time-reversion and complex conjugation are implemented at the rel
1687-1499-2014-112
- In this paper, an Alamouti-coded decode-And-forward protocol with optimum relay selection for three-user one destination cooperative communications is investigated. Particularly, we design the new protocol that allows the source node retransmitti
20130704_085800
- In this letter, we consider a half-duplex amplify-andforward two-way relaying network consisting of two sources with each having a single antenna and one relay having two antennas. For such a system, a distributed orthogonal space-time block code (
AAA
- In this letter, we propose a simple orthogonal frequency-division multiplexing (OFDM) scheme for an asynchronous cooperative system, where OFDM is implemented at the source node, and time-reversion and complex conjugation are implemented at the rel
relay
- Origin can be traced back to “Capacity theorems for the relay channel” by T Cover and AE Gamal. Found the theoretical upper limit of the achievable data rate of a channel with a helper node called “relay”. Relay has found its utility in modern co