02QJLHMKZQ

MATLAB模拟人走路姿势，各个节点的选取和函数的调用是我们学习的很好例子(MATLAB simulation of human walking, each node of the selection and function calls is a good example of learning)

在MATLAB中写M文件：要求用三重循环求两矩阵相乘(M file in MATLAB, write: Request to use triple-loop order to multiply two matrices)

莱斯信道仿真模型，同学测试通过,结合有BFSK调制(RIcian channel)

上传内容为模糊C均值图像分割方法的Matlab程序源代码(From the contents of the fuzzy C-means image segmentation of the Matlab source code)

说明：  对信号进行离散小波分解并对每层进行小波重构(Discrete wavelet decomposition of the signal, and each layer wavelet reconstruction)

说明：  压缩感知Basis Pursuit基追踪算法，稀疏度和正确率的关系以及采样率和正确率的关系(Basis Pursuit based on compressed sensing and tracking relationships between sampling rate and accuracy of the algorithm, and the correct rate of sparsity)

在matlab运行环境下 实现霍夫曼编码及霍夫曼译码(Huffman coding matlab implementation)

To combat high PAPR, one intuitive solution is to adopt amplifiers to have larger trade-off range. However, these types of amplifiers are generally expensive and have low efficiency-cost, and therefore are of no practical use. On the other side, certain algorithms were introduced and been proved have a good performance of high PAPR reduction. Hence, in this thesis, some currently promising PAPR reduction methods are studied and compared. The performance of these reduction schemes are evaluated by using simulation software, Matlab. NUMERICAL PERFORMANCE EVALUATION OFPAPR REDUCTION TECHNIQUES IN MIMO OFDM WIRELESS COMMUNICATION SYSTEMS. Nice thesis paper with source code and simulation.

说明：  信道编码中使用的两种法尔码算法程序，可以用于GSM系统的信道外编码部分。(channel coding used in both Fall code algorithm, which can be used GSM system outside the channel coding.)

一个收集肌肉收缩信号并对其进行处理与预测的程序(This is a model of muscle force resulting generated upon receiving a train of electrical pulses. The model is based on a set of differential equations which represent muscle activation dynamics and the subsequent force that is generated. Based on Kesar T. et al., Predicting muscle forces of individuals with hemiparesis following stroke , Journal of NeuroEngineering and Rehabilitation, Vol 5 (7) 1065-1071, 2008.)