这是明星模式识别章的课件源码，包括…

模拟退火算法 模拟退火算法(Simulated Annealing,简称SA算法)是模拟加热熔化的金属的退火过程，来寻找全局最优解的有效方法之一。 模拟退火的基本思想和步骤如下： 设S＝{s1,s2,…,sn}为所有可能的状态所构成的集合， f：S―R为非负代价函数，即优化问题抽象如下： 寻找s*∈S，使得f(s*)＝min f(si) 任意si∈S （1）给定一较高初始温度T，随机产生初始状态S （2）按一定方式，对当前状态作随机扰动，产生一个新的状态S’ S’＝S＋sign(η).δ 其中δ为给定的步长， η为[－1,1]的随机数-simulated annealing algorithm (Simulated Annealing, or SA algorithm) is a simulation of heating molten metal in the annealing process, to find the global optimum one of the effective ways. Simulated Annealing basic ideas and the steps are as follows : S = (s1, s2, ..., sn) for all possible state posed by the pool, f : S-R non-negative cost function, that is abstract optimization problems are as follows : Find S* s, making f (s*) = min f (si) arbitrary si S (1) to set a higher initial temperature T, randomly generated initial state S (2) of a certain form, the current state of random disturbance, have a new state S "S" = S+ sign (). delta where given for the step, [-1,1] Random Number

BP神经网络预测-BP neural network prediction

采用MFC技术，实现蚁群算法和遗传算法，形象化了算法实现的过程，有助于我们的学习和理解。-Use of MFC technology to realize ant colony algorithm and genetic algorithm, visualization of the algorithm implementation process, contribute to our learning and understanding.

神经网络C程序的第9章-neural network C procedures for the Chapter 9

专家系统－神经网络代码-expert system-neural network code

基于遗传算法的模糊卡尔曼滤波器-Fuzzy kalman filter based on inheritance algorithmic.

用vb编写的一个遗传算法的程序，大家可以参考-prepared with a genetic algorithm of the procedure, we can refer to

数据挖掘关联算法VC实现，很实用，只要按格式修改数据格式就好了

利用空间表示的rcc8模型进行空间推理， 解决csp问题，可以自动产生csp问题，然后解决，利用了不同的算法并且做了比较，有仿真试验。-said that the use of space rcc8 model spatial reasoning, problem solving csp. csp can be generated automatically, and then resolved, the use of different algorithms and made a comparison, a simulation test.

这是一个用fortran 实现的BP算法源程序，以及c和 matlab实现BP的源程序。大家可以从各个方面做一个性能的比较-This is a used fortran source realize the BP algorithm, as well as c and matlab realize the source BP. From the U.S. to do all aspects of a performance comparison