《游戏编程中的人工智能技术》一书中6，7章源代码

该程序是遗传算法的具体实现，通过该程序可以对遗传算法有更深入的了解。-The program is a concrete realization of genetic algorithm, through which the genetic algorithm program can have a deeper understanding.

经典的K均值分类算法源码，修正了原作者没有处理当类中样本为0的情况下的bug-classic K-mean classification algorithm source code, that the original author did not address when the category 0 samples of the bug

打开压缩包，其中的word文档中提供了“m个工件分配给m架机床的效益最优化问题，使用一种遗传算法解决。”的整个编程思路和过程分析。望有相关需要的朋友喜欢-open compressed, the word document provided "m m allocated to the workpiece-machine efficiency optimization, the use of a genetic algorithm to solve." The entire programming ideas and process analysis. Expect relevant to the needs of friends like

利用matlab编写的神经网络算法，经过测试速度快效果好。-Prepared using matlab neural network algorithm, tested the effect of a good speed.

matlab所有的工具箱，包括统计工具箱、拟合工具箱、微分方程工具箱、遗传算法工具箱、模拟退火工具箱、优化工具箱。随机数工具箱、等等。很全面-All matlab toolbox, including statistical toolbox, fitting toolbox, toolbox differential equations, genetic algorithm toolbox, simulated annealing Toolbox, Optimization Toolbox. Random number toolbox, and so on. Very comprehensive

用GAlib库实现的解决0/1背包问题的遗传算法程序源代码。- Solution 0/1 knapsack question heredity algorithm procedure source code realizes which with the GAlib storehouse.

野人过河问题属于人工智能学科中的一个经典问题,问题描述如下: 有三个牧师(也有的翻译为传教士)和三个野人过河,只有一条能装下两个人的船,在河的任何一方或者船上,如果野人的人数大于牧师的人数,那么牧师就会有危险. -Savage disciplines of artificial intelligence problems are across the river a classic problem, described as follows: there are three priests (and some translation for the missionaries) and three wild man to cross the river, there is only one person can hold two boats, the river of any either on board or, if greater than the number of wild man of the number of priests, then the pastor will be in danger.

遗传算法的c语言程序-Genetic Algorithm c Language Program

《游戏编程中的人工智能技术》一书中10，11章源代码- Game programming in artificial intelligence technology, one source book, Chapter 10,11

一段采用BP神经网络算法的欠驱动机械臂平衡控制器的程序-Section of the use of BP neural network algorithm balance the underactuated manipulator controller procedures