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Hop
- 用神经元模拟磁旋，用连接权模拟磁场中磁旋的相互作用，用各神经元的激活、抑制这两种状态，模拟磁旋的上下两个方向。 构成一个具有记忆功能的NN，并用计算能量函数，来评价和指导整个网络的记忆功能。 -using simulated neurons magnetic spins, and connecting with the right analog magnetic rotary magnetic field interaction with the activation of neuron
SER
- 基于调和平均数方法分析瑞利信道多点两跳中继合作分集性能-Based on Harmonic Analysis of the average Rayleigh channel multi-point two-hop relay cooperative diversity performance
Hop
- C++ Program for Hopfield Network For convenience every C++ program has two components: One is the header file with all of the class declarations and lists of include library files the other is the source file that includes the header file and th
OP_SER_TW_e2e
- This program simulate a two-way interference-limited dual-hop amplify and forward relaying system over Nakagami-m fading channels. The output of this function is the outage probability and symbol error probability.- This program simulate
MyTwoWayCode
- 双向协作通信的中断概率仿真，结果和《Performance Analysis of Two-Hop Relayed Transmissions over Rayleigh Fading Channels》里面的结论完全一样。可以得到三幅图。-Two-way collaborative communication outage probability simulation， results and 《Performance Analysis of Two-Hop Relayed Transmiss
multi-relay-cooperative-communication
- This program describe a stimulation which is in Part 1: No-Relay Transmitted power. In part 2 Relay Transmitted Power (Two-hop transmission) and in Part 3: Plot the graph Simple Relay , No Relay , Optimum Power level-This program describe a stimula
passage-3
- 本程序是mazen.O的经典论文：Performance Analysis of two-hop ralayed transmissions over rayleigh fading channels 的文章中所附的仿真图的程序，跑出的结果和文章中的附图是一样的！可以跑出里面的三张图，包括瑞利衰落下中继信道的中断概率的蒙特卡洛及公式的仿真，及选择不同的增益的性能差别曲线！ -This program is mazen.O classic paper: Performance Analysis
testelection
- This a MATLAB code (function) which elects two new nodes each time. Nodes are elected relatively to their distance in term of hop count to the initiator. This code is used by tree construction algorithm in networks modeled as weighted matrix. -This i
DV_HOP
- DV-HOP Localization Algorithm based on Improved Weighted Centroid and Two-Dimensional Hyperbola