资源列表
main
- 运用信号检测理论和蒙特卡洛仿真方法仿真分析二元通信系统的检测性能-Using signal detection theory and Monte Carlo simulation method detection performance simulation of binary communication system
RSCodingConfigExample
- 初始化调制器，解调器，AWGNChannel，和错误率测量系统的对象。定义模拟值对于未编码的Eb / No比，并设置模拟停止标准的RS编码与擦除，穿刺术，和缩短的例子。-Initialize modulator, demodulator, AWGNChannel, and error rate measurement System objects. Define simulation value for uncoded Eb/No ratio, and set simulation stop
location
- 基于MATLAB的压床六杆机构的运动学分析和动力学分析-Kinematic analysis of press MATLAB six-bar mechanism and kinetics Analysis
ISTA
- ISTA算法，近似算法的一种，收敛速度慢，是FISTA的来源-recovery algorithm
turbo_product_encode
- turbo乘积码，子码扩展汉明码，译码用chase算法-turbo product code, subcode extended Hamming code decoding algorithm with chase
spreadingfunctionfudu
- 研究快时变OFDM信道估计的WSSUS模型的传播函数MATLAB仿真，适合零基础的同学理解与学习。-Study the spread of fast time-varying WSSUS model of OFDM channel estimation function of MATLAB, the suitable for zero basis of students understanding and learning.
shibianmaichongxiangying
- 研究快时变OFDM信道估计的WSSUS模型的时变脉冲响应MATLAB仿真图，也是实现《Wireless Communications OverRapidly Time-Varying Channels (2011)>>中的脉冲响应仿真图源程序-Research of fast time-varying OFDM channel estimation WSSUS model the time-varying impulse response of the MATLAB simulati
rate_equation
- 飞秒泵浦半导体激光器速率方程，简化的四能级系统-rate equation of laser power by f-laser
DVHopimprove
- DV-Hop定位算法改进，大大提高了结果的精度-DV-Hop localization algorithm improvements, greatly improving the accuracy of the results
noise_reduction
- 设计音频降噪算法，并用MATLAB仿真实现。 1）读入一段音频后添加噪声，必须包括两种不同的噪声，信噪比：0dB~10dB； 2）分别采用滑动平均滤波器，直接频域滤波，以及谱分析后设计滤波器滤波三种方法实现，并对比效果。 3）给出各种方案的设计依据、代码、频响曲线，以及输入输出对比图。-Audio noise reduction algorithm design, and use MATLAB Simulation. 1) Read after adding noise int
SMMA_64QAM
- 64QAM盲均衡中的切片多模算法用于抽样判决后的多径效应均衡，显著降低误码-Multipath equalization 64QAM blind equalization algorithms for multimode slice sample post-judgment, significantly reduce the error rate
blastpssm_seq
- matlab调用本地BLAST+生成蛋白质序列的PSSM矩阵的代码-matlab code that could transform protein sequences to PSSM matrix through local BLAST+