搜索资源列表
ldpc
- ldpc码在AWGN信道下的性能仿真。包括geth.m,getG.m,H2G.m,decode.m,BER.m按传统的编码方案编码，生成H矩阵后转化为G矩阵，编码后送入高斯信道。仿真得到BER性能-ldpc codes in the AWGN channel performance simulation. Including geth.m, getG.m, H2G.m, decode.m, BER.m coded according to the traditional encoding sch
Final
- Generate random bits, convert to bipolar, corrupt the message by passing through noise and decode using hard decision decoding and calculate BER
Turbo
- 基于matlab的Turbo码仿真，并绘出BER曲线-Turbo decode and encode by matlab
Reed_Muller
- matlab 实现 Reed Muller 编码及误码率曲线的绘制-matlab implementation Reed Muller code and BER Curve
cdma2000-codes
- cdma2000的Turbo码模拟，从编码到传输到解码，最后输出信噪比误码率曲线-the simulation of cdma2000 turbo code，from code to transport to decode，and the output is the line line of snr to ber
OLA_OOPSim
- Opportunistic Large Array 的MATLAB 模拟器. Object oriented Event Based 无线广播 支持OLA 累积Relay重发信号以达到最佳解码效果 节点位置可随机或以网格生成 可控制调变方式 独立节点间无线传输信道模型 可调随机生成信噪比范围 生成显示各节点位置图 生成各节点接收所需OLA副本数量图 生成各节点误码率图 生成各节点HOP-COUNT图
bpsk-qpsk-16qam-endode-and-decode
- bpsk qpsk 16qam 高斯白噪声信道下基带调制与解调的误码率分析-bpsk qpsk 16qam white Gaussian noise channel baseband modulation and demodulation BER analysis
Cooperative-communication
- 协作通信中的BER计算，选择合并，放大转发解码转发代码-Cooperative communication in the BER calculation, the merge, amplify and forward decode and forward code
juanjima
- 对输入随机数字信号进行卷积纠错编码后，送入含噪信道，在接收端再进行解码和检纠错，改变信道误码率大小，测试接收信号与发送信号之间的误码率，分析该种纠错编码系统的抗噪声性能。-After random input digital signal convolution error correction coding into the noisy channel, at the receiving end and then decode detection and correction, changin
123
- 编写仿真程序画出(8，1)重复码系统在硬判决译码和软判决译码两种情况下的BER性能曲线（均采用最小距离译码）(Write simulation program, draw (8, 1) repeat code system in the hard decision decoding and soft decision decoding two cases of BER performance curve (both using minimum distance decoding))
卷积编解码
- 使用Simulink(或m语言)仿真卷积编码，并用Viterbi译码的方法进行解码，其中的编码、译码全部是自己编写代码(m语言方式)，不是调用Simulink(或m语言)的已有编码、译码函数。并在加性白高斯噪声信道中，画出比特信噪比与误码率的关系曲线。(Simulink (or M language) is used to simulate convolutional coding, and Viterbi decoding method is used to decode, in which