感知器神经元解决较复杂输入向量的分类问题

本程序代码是人工智能中九宫搜索的解决 采用Java语言-the code is AI JiuGongTu search solutions using Java language

量子遗传算法包含比较详细的算法说明，而且应用于滤波器的设计- quantum genetic algorithm

基于神经网络的控制工具箱-control toolbox based on neural network

c语言版基本粒子群算法源程序-c-language version of elementary particles algorithm source code

用c语言演绎“生命游戏",本世纪70年代，人们曾疯魔一种被称作“生命游戏”的小游戏，这种游戏相当简单。假设有一个像棋盘一样的方格网，每个方格中放置一个 生命细胞，生命细胞只有两种状态：“生”或“死”。-with language interpretation c Life "game", the 1970s, It had been a crazy demons known as the "Game of Life" of the games, this game is quite simple. Suppose a chessboard like the same grid, each square place a living cell, cell lives only two states : "Health" or "dead."

ID3决策树算法的C语言实现-ID3 Decision Tree Algorithm in C language implementation

遗传算法的原代码，用于最优化计算，只需解压便可使用。-Genetic algorithm source code for the optimization calculation, just unzip to use.

Kohonen网络的学习过程可描述为：对于每一个网络的输入，只调整一部分权值，使权向量更接近或更偏离输入矢量，这一调整过程就是竞争学习。随着不断的学习过程，所有输入矢量都在输入矢量空间相互分离，形成了各自代表输入空间的一类模式，这就是Kohonen网络的特征自动识别的聚类功能。请解压缩后按照readme提示进行操作。-Kohonen network learning process can be described as follows : for each one network input, only part of adjusting the weights, weight vector closer to or further from the input vector, the adjustment process is competitive learning. With the continuous process of learning, all the input vector in the importation of vector space separate form their own representatives importation of a type of space, and this is a Kohonen network of automatic clustering functions. Please decompress after readme according to instructions.

关于粒子群优化算法的实现.使用java语言实现。-On the Particle Swarm Optimization Algorithm. Using java language.

标准微粒群算法源程序,该程序用于计算Goldstein-Price函数的函数最小值-Standard Particle Swarm Optimization source, the program used to calculate the Goldstein-Price function function of the minimum