此程序用于测试神经元的库函数 // 它展示了怎样用这个库所生成的多层BP网络来求解宇称问题...

首先采用某种编码方式将解空间映射到编码空间，每个编码对应问题的一个解，称为染色体或个体。一般通过随机方法确定起始的一群个体，称为种群，在种群中根据适应值或某种竞争机制选择个体，使用各种遗传操作算子产生下一代如此进化下去，直到满足期望的终止条件。-begin using some form of coding mapping to the solution space coding space, each encoding a corresponding solution to the problem, known as chromosome or individual. General randomly determined by the initial group of individuals, called stocks, the stocks based on fitness or some mechanism to choose the individual competition, the use of genetic Operator evolution of the next generation so on, until the termination meet expectations conditions.

一个完整BP神经网络源代码，包括数据和说明文档-a complete neural network source code, including data and documentation

遗传算法，通过选择、交叉、变异求取函数最优解c程序简单实现，并拥有最优保存思想。-Genetic algorithm, selection, crossover and mutation to strike a function of the optimal solution c procedures are simple to achieve, and has saved the best idea.

介绍了神经网络模式识别的基本知识，适合于模式识别领域的人员-it introduces the ABC of the pattern recognation of NN, it is for the people of pattern recognation

这是一个用遗传算法来解决异或问题的小程序。-This is a genetic algorithm to solve the problems or differences of small programs.

神经网络机器人避障matlan仿真程序 可模拟机器人在空间的避障动作-Neural Network Robot Obstacle Avoidance matlan simulation program can simulate the robot moves in space, obstacle avoidance

神经网络控制作为一种全新的智能控制方法,是解决非线性系统预测和控制问题的一种重要手段,受到了许多专家学者的广泛关注,是目前国内外研究的热点之一。本文着重研究前向神经网络的学习算法,简单探讨了BP算法在逼近非线性系统中各个因素对系统的影响。 -Neural Network Control as a new intelligent control method is to solve the nonlinear system to predict and control an important means by many experts and scholars in a wide range of concerns, is one of the hot research. This article focuses on feedforward neural network learning algorithm, a simple BP algorithm of approximation of nonlinear systems in the various factors on the system.

神经网络中自适应谐振理论模型实现的C语言源程序！-Neural network adaptive resonance theory model of the C language source code!

 1、有9个工件图像，要求从本章讲授的特征提取方法中，选择3~5种提取工件特征并给出数字结果；链码为必选方法，给出数字结果和图形显示，做到链码和原图像的双向变换显示。（实验报告中应描述相应的特征提取方法并略述实现过程）  2、设计的界面中要具备功能：任选1个工件作为目标，以上述实现的特征提取方法识别该目标的工件类型（即序号），并显示该判别基准特征的数据。  3、有可能的话试用聚类、训练或其他方法对这些工件进行分类。 -err

遗传算法的文章- Heredity algorithm article