蚁群算法的演示程序，很形象的说明的蚁群群体合作的智能性，很好的诠释了蚁群算法的精髓...

利用遗传算法对图像进行分类处理，包括遗传的思想和实现，以及在图像方面的应用。-The use of genetic algorithm to classify the image processing, including genetic and realization of the idea, as well as the application of the image.

一个大家都在寻找的em算法，matlab实现-one we are looking for the em algorithm, achieving Matlab

8皇后问题。所谓著名的八皇后问题就是八个皇后在8*8的网格中排列时不能同在一行、一列或者一条斜线上。根据前人的研究，在8！=40320种排列中只有92中解决方案。-8 Queen

用MATLAB编写的svm支持向量机的分类,回归工具箱- MATLAB codes of support vector machine svm classification, regression Toolbox

使用遗传算法求解邮递员问题，从而可以同时求得多个最优解-The use of genetic algorithm postman problem, which can be obtained at the same time more than the optimal solution

遗传算法示例源码，VC学习案例，对遗传算法感兴趣的朋友学习。-Genetic algorithm source code examples, VC case study on the genetic algorithm of interest to people in learning.

用模糊控制方法逼近函数z=x+y，效果比较好-Fuzzy control method with approximation function z = x+ y, the effect is better

遗传算法简称GA(Genetic Algorithm)，在本质上是一种不依赖具体问题的直接搜索方法。遗传算法在模式识别、神经网络、图像处理、机器学习、工业优化控制、自适应控制、生物科学、社会科学等方面都得到应用。在人工智能研究中，现在人们认为“遗传算法、自适应系统、细胞自动机、混沌理论与人工智能一样，都是对今后十年的计算技术有重大影响的关键技术”。-Referred to as genetic algorithm GA (Genetic Algorithm), in essence is a kind of do not rely on specific issues of direct search method. Genetic algorithm in pattern recognition, neural networks, image processing, machine learning, optimization of industrial control, adaptive control, biological sciences, social sciences and so on have been applied. Research in artificial intelligence, now that the " genetic algorithms, adaptive systems, cellular automata, chaos theory and artificial intelligence, are the next ten years of the computing technology have a major impact on the key technology."

用MATLAB编写的支持向量机，实现了线性可分与线性不可分的情况，还有非线性支持向量机，里面部分常用的核函数。-Prepared using MATLAB support vector machine, to achieve a linearly separable and linear indivisible, it is still non-linear support vector machine, which part of the kernel function used.

使用R语言的马尔科夫链蒙特卡洛模拟（MCMC）源代码程序。-R languages using Markov chain Monte Carlo simulation (MCMC) procedures for source code.