rayleigh_ofdm

MATLAB赋值，获取最大值，及其最小值到等！(MATLAB assignment, obtain the maximum)

matlab实现的CIMMNNCJPDA_AI算法，利用了回波的幅度信息，实现目标跟踪(CIMMNNCJPDA_AI algorithm matlab implementation, the use of the echo amplitude information to achieve target tracking)

基于一篇文章的代码实现-结合场景信息进行的目标分类（文章及文件名）(An article based code implementation- combined with scenes of target classification information (articles and file name))

说明：  将机器学习分类的结果生成混淆矩阵，并画出混淆矩阵。。。。。。。。(generating confusion matrix and draw it)

说明：  戴凌龙实验室的代码，质量自己看看吧 读书fins的v都的女哦怕v买万科v，拍的胜利女神妇女阿德家乐福v(1213443vIHNEAVZANVAMB DPZ; K;AIJRVNAE; LVM ;AVN{ JZDJVMVKZMO CX;)

fibonacci search algorithm matlab

this is a matlab implementation for hopfield network

脉冲编码调制(PCM)实现 编程实现PCM技术的三个过程：采样、量化与编码。 采样：低通连续信号采样，以 x=sin(200*t) m=x./(200*t) m=m.*m 为例说明低通采样定理，绘出信号时、频图形；带通连续信号采样，以x=sin(20*t) m=x./t 为例说明带通采样定理，绘出信号时、频图形。 量化：均匀量化，以幅度 的正弦信号为例实现为64级电平的均匀量化；非均匀量化，输入A律PCM编码器的正弦信号 ，采样序列为 ，将其进行PCM编码，给出编码器的输出码组序列 编码：以上述信号为例，实现A律的13折线近似法及国际标准PCM对数A律量化编码。(Pulse code modulation (PCM) to achieve PCM technology programming three processes: sampling, quantization and coding. Sample: low-pass continuous signal sampling to x = sin (200* t) m = x./(200* t) m = m.* m an example low-pass sampling theorem, draw the signal, frequency graphics bandpass sampling continuous signals to x = sin (20* t) m = x./t an example bandpass sampling theorem, draw the signal, frequency graph. Quantization: uniform quantization, in order to realize the magnitude of sinusoidal signal as an example for the 64 level uniform quantization non-uniform quantization, input A law PCM encoder sine signal, the sampling sequence, to be PCM encoded, the encoder is given The output code sequence Code: A Case Study of the signal to achieve the 13 A line approximation law and international standards on the number of A law PCM coding quantization.)

simulink初学者教程，挺不错的，精通simulink系统仿真与控制(simulink tutorial for beginners, listening to good)

利用hough变换检测直线的matlab实现，希望对初学者有用.(Detection using hough transform matlab linear realize, I hope useful for beginners.)