gaevolve

遗传算法MATLAB函数程序，格雷编码，均匀，多点交叉，倒位操作(Genetic Algorithm MATLAB function procedures, Gray coding, uniform, multi-point crossover, inversion operation)

power_thermal.rar,功率电子领域matlab仿真文件，已经验证过，程序运行正常(power_thermal.rar, Power electronics field matlab simulation file, has already been verified, the normal operating procedures)

介绍matlab的详细画图功能及动画功能，为读者提供快捷的查找资料(Matlab functions described the detailed drawing and animation features to provide readers find information fast)

利用双谱分析信号的二阶非线性，检测信号的二次相位耦合(Spectral analysis of signals using two second-order nonlinear quadratic phase coupling detection signal)

脉动风数值模拟-大跨度桥梁随机风场的模拟的代码(Numerical simulation of pulsating wind)

说明：  在simulink下建立了OFDM系统的仿真模型，并对所建模型进行了分析(The simulation model of OFDM system is established in Simulink, and the model is analyzed)

多种类型在一起,我不知道如何分类了,而且需要下些东西,所以没有分开来上传,希望站长通融下,程序已经够 5个了:> MATLAB:TD_SCDMA系统性能仿真,QAM调制,7-4编译码的实现,CAM算法仿真(simulink) VC:huffman编译码的实现文件压缩解压缩(7-4 codec realization, CAM simulation algorithm (simulink) VC: huffman codec realize the file compression decompression)

贝叶斯matlab程序设计算法，给出了各种实验数据和实验方法。(Bayesian matlab programming algorithm, given a variety of experimental data and experimental methods.)

二元精馏塔开工物料衡算模拟，板式精馏塔，开工过程阶段不利于生产，即找到稳定时间点(Binary distillation column start material balance simulation)

该算法基本思想是利用一组带有相应权值的随机样本即粒子去逼近PHD分布和基数分布，其意义在于不仅解决重积分计算没有闭式解的难题，而且在滤波过程中，PHD函数被一系列离散的带权值的样本近似，随着样本粒子数量的增加，PHDF接近于Bayes最优估计，而且不受模型线性和高斯假设的限制，可以适用于非线性非高斯的随机系统。(The algorithm the basic idea is to use a set of random sample with the corresponding weight namely particle approximation PHD and base distribution, its significance lies in not only solve the problem of multiple integral calculation without closed solution, and in the process of filtering, PHD function by a series of discrete weighted value of sample approximation, with the increase of sample particles, PHDF close to the Bayes optimal estimation, and is not subject to the assumptions of the linear and gaussian model can be applied to nonlinear non-gaussian stochastic system.)