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Alamouti_code_sim_2Tx1Rx_Pe
- 在建立独立信道模型的基础上，以2发1收的Alamouti模型为例，仿真出了独立信道下的误码率曲线
OFDM-simulation-and-analysis.r
- 1.通过对典型环境下OFDM系统参数的设置，获得了OFDM性能参数的描绘和优势。 2.对OFDM系统下的误码率进行了数值仿真分析，给出了误比特变化区间。 3.代码风格良好，结构严谨，注视充分，适合接口移植和修改。 ,1. Through a typical environment, OFDM system parameters set to obtain the performance parameters of the OFDM descr iption and advantages.
mathworks
- 基于最小二乘法和最小均方误差法的信道估计，包括详细的仿真结果，如误码率和均方误差。-Based on the least squares and minimum mean square error of channel estimation methods, including detailed simulation results, such as error rate and MSE.
8
- 8单径瑞利信道中的四发四收V-BLAST： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量16QPSK调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 (2) 计算所设计方案的频谱效率是多少，单位为bit/Hz/s。-8 Single-Path Rayleigh Channel Four received four V-BLAST: (1) Please design a specific guide-a
fig0315
- 超宽带无线通信，基于频域采样的超宽带接收机实现方案，带仿真图，误码率小，已调试通过-Ultra-wideband wireless communications, based on the frequency domain sampling program to achieve ultra-wideband receiver, with simulation maps, a small error rate has been debugging through
ofdm_psk
- 这是基于OFDM系统，BPSK调制的误码率仿真代码，可运行成功-This is based on OFDM system, BPSK modulation bit error rate simulation code, can run a successful
QPSK
- 上传的内容主要是QPSK误码率仿真，保证可以运行-From the contents of the QPSK bit error rate simulation is mainly to ensure that you can run
TD-SCDMABasebandsignalprocessing
- 考虑到TD-SCDMA多种业务信道，本程序可以完成多重业务信道的仿真。完整的程序，包括Turbo信道编解码，CRC生成，扰码，交织，误码率统计，扩频等，程序编写规范，注释非常详细，是研究tdscdma的好东西，也是学习数字信号处理的好材料。-the program can complete several operation.the complete process, including the turbo channel encoding and decoding, CRC,scrambler
extendstbc_2bitfeedback
- 扩展2bit带反馈的多天线MIMO系统误码率仿真曲线-Extended the 2bit with feedback error rate of multi-antenna MIMO system simulation curve
extendstbc_3bitfeedback
- 3bit传码率，带反馈的MIMO系统误码率仿真，应用空时编码-3bit pass rate, bit error rate simulation of the MIMO system with feedback, the application of space-time coding
extendstbc4Tx_qpsk
- 带反馈的MIMO系统误码率仿真，应用空时编码，4发天线qpsk调制-The bit error rate simulation of the MIMO systems with feedback, the application of space-time coding, four rounds of antenna qpsk modulation
cooperative-communications
- 协作通信系统的误码率仿真，是下一代移动通信系统的关键技术之一。-Collaborative communication system BER simulation is one of the key technologies in next generation mobile communication system.
QAM@whb
- 在systemview 4.5平台上自己设计实现16QAM 通信系统，误码率仿真，成功测试数据结果。-The Systemview 4.5 platform on their own design to achieve 16QAM communication system, the BER and the successful test data results
qpsk.m
- 对信号进行QPSK调制 经过高斯信道进行误码率仿真-QPSK modulation of the signal after a Gaussian channel simulation of the BER
OFDM
- OFDM系统下的QPSK、16QAM误码率仿真(Simulation of error rate of QPSK and 16QAM under OFDM system)
16QAM调制的OFDM传输MATLAB仿真
- 16QAM调制的OFDM传输仿真，系统误码率分析(16QAM modulation OFDM transmission simulation, system error rate analysis.)
OFDM
- ofdm实现了对高斯白噪声下的16qam误码率仿真(OFDM achieves 16QAM BER simulation under Gauss white noise)
QPSK在AWGN下的仿真
- QPSK在AWGN下的星座图，计算误码率并与理论的误码率进行比较，绘出比较图。
turbo_new
- 包含完整的编译码代码和误码率仿真曲线，给出了1/10码率的情况，也可更改为其他码率(sova , logmap decoding)
基于特殊训练序列的蒙特卡洛信道估计与误码率仿真
- 基于特殊训练序列的蒙特卡洛信道估计与误码率仿真(含h_decimation.am文件) 本文档仅供学习交流之用，禁止用于商业用途！违者责任自负！！！(Monte carlo channel estimation and bit error rate simulation based on special training sequence (including h_decimation. Am file) This document is for learning and communicati