time-frequency

以Simulink为主要工具介绍了系统仿真方法与技巧，包括连续系统、离散系统、随机输入系统和复数系统的仿真。介绍了模声封装技术、电力系统模块集、非线性系统设计模块集、S-函数编写与应用、Stateflow有限状态机、虚拟现实工具箱等中高级使用方法，最后还介绍了半实物仿真技术与实时控制技术。(Simulink as the main tool to introduce a system simulation methods and techniques, including continuous systems, discrete systems, stochastic input system and the simulation of complex systems. Introduce a sound module packaging technology, power system module set, non-linear system design blockset, S-function of the preparation and application, Stateflow finite state machine, virtual reality and other high use of the toolbox, and finally also introduce a semi-physical simulation technology and real-time control technology.)

基于云模型算法的实现。二维，十维，三十维，在目标范围内搜寻最优解(Based on cloud model algorithm. Two-dimensional, 10 dimensional, 30 dimensional, in the search for optimal solutions within target range)

说明：  主要是Peter Zillmann, Wolfgang Rave, and Gerhard Fettweis编写的turbo码在ofdm中信道均衡的文章。(Mainly Peter Zillmann, Wolfgang Rave, and Gerhard Fettweis prepared turbo codes for channel equalization in ofdm article.)

MATLAB SIMULINK与控制系统仿真 王正林等编着(MATLAB/SIMULINK and control system)

This is a m.file that buid the map from sensor (like laser). Previous you will need info from some mdl.file s simulink. Basically: First Run the mdl.file and after rund de m file.

说明：  此算法为增广最小二乘法。uy2为含噪声数据，n=2,噪声模型n=2(The algorithm for least squares augmented. uy2 for data containing noise, n = 2, the noise model n = 2)

This is a matlab program for vertical handover

全桥整流电路的MATLAB仿真 (Simulation using MATLAB )

It is an other signal processor, made in matlab. Enjoy

适应值的选取是一个重要的运算过程，我们应该选择合适的适应值函数，这样才能够很好的选择最佳的变量值(Fitness selection process is an important operation that we should select the appropriate fitness function, so that it can be a good choice of the best value of the variable )