example2

用于实现MATLAB环境下利用simulink实现M/M/1排队系统性能的仿真，欢迎各位大侠斧正。(Used to implement MATLAB environment using simulink realization of M/M/1 queuing system performance simulation, Fu Zheng heroes welcome.)

基于susan、harris的角点检测，采用matlab编程，易于阅读(corner detection)

说明：  四维超混沌系统，平衡点 图像，李雅普诺夫指数，完全同步(Four-dimensional hyperchaotic system, balance the image, Lyapunov exponent, fully synchronized)

Covariance Matrix Adaptation CMA-ES

Systemidentificcation，系统辨识 (Systemidentificcation, system identification)

palm print recognition project did in matlab

时域有限差分法，利用FDTD原理，以matlab为源程序编写的二维方柱的rcs(Finite difference time domain method, FDTD principle matlab prepared for the source of two-dimensional square columns rcs)

对于移动通信系统主要有两类衰落：大规模衰落和小规模衰落。大规模衰落表示由于大范围内移动而引起的平均信号能量的减少或路径损耗。而小规模衰落则表现为两种机制：信号的时延扩展和信道的时变特性。对于无线应用，信道的时变特性是由于发射机和接收机相对移动而造成传输路径的变化。这些传播条件的变化速率影响衰落率。如果存在大量反射路径而不存在视行信号分量，此时的小规模衰落称为瑞利衰落(Rayleigh fading)，接收信号的包络由瑞利概率分布函数统计描述。这种衰落也就是这次实验我准备研究的(system for mobile communications fading there are two main categories : large-scale and small-scale fading fading. In view of large-scale decline of large scale movement of the average energy of the signal path to reduce or loss. And the decline of small-scale, it was manifested as two mechanisms : signal delay expansion and channel time-varying characteristics. For wireless applications, channel time-varying characteristics as transmitter and receiver relative movement caused transmission path changes. These conditions spread of the rate changes affect the rate of decline. If there is a large number of pathways exist without depending on the signaling component, At that time, the decline of small-scale known as Rayleigh fading (Rayleigh fading). The received signal envelope from Rayleigh )

LDPC的TDMP译码算法的不同量化方案下，误码率的仿真程序，包含encoder,decoder.并附有仿真图(Under different quantization scheme TDMP LDPC decoding algorithm, BER simulation procedures, including encoder, decoder. Together with simulation diagram)

电力电子单相半波不可控整流电路和单相半波可控整流电路Matlab仿真模型，已经调试仿真通过 过(Power electronic single-phase half-wave rectifier circuit uncontrollable and controllable single-phase half-wave rectifier circuit Matlab simulation model, simulation debugging has been passed over)