资源列表
genetic_algorithm
- 用matlab编写的求解10城市、31城市、70城市的TSP遗传算法，供大家学习只用，算法简洁明了，注释全，易理解。-Using matlab to solve 10 cities, 31 cities, 70 cities TSP genetic algorithm, only for them to learn the algorithm concise, notes the whole, easy to understand.
Advances_in_kernel_methods
- 这本书的内容基本摘自NIPS会议上的文章，质量高内容也很有深度，是一本经典的svm参考书。-the book with the name "advances in kernel methods",it is a classic book about kernel methods and svm.
NNapply3
- 利用BP神经网络进行字符识别的程序，由于需要使用Matlab中的Toolbox，所以需要预先安装Matlab6.0及以上。-Neural Network Example ，Edited by Matlab!
facedetection
- 使用Gabor滤波器和神经网络的面部识别源代码-Using Gabor filters and neural network facial recognition source code
AI_Program
- 人工智能课程设计，包含一个刺激响应的人工蚂蚁小程序以及一个完整的遗传算法程序，有较为详细的设计说明文档以及可执行文件，需要学习人工蚂蚁及遗传算法的同学可以参考-Artificial intelligence program designed to stimulate the response that contains a small program of artificial ants, and a complete genetic algorithm process, there is a
eyelabel
- 该代码用于眼睛的人工标定，并记录数据只用，是MFC图形化界面设计。用于模式识别，人眼定位，人工智能方面做前期机器学习或训练。-The code used for the artificial eye calibration, and record data only is the graphical interface design MFC. For pattern recognition, the human eye positioning, pre-done in artificial in
kalman
- 经典的卡尔曼滤波器介绍及例子详解,导航类书籍-Introduction for Kalman filter study
Tetris
- 俄罗斯方块的AI，用C#语言实现了Pierre Dellacherie算法 （界面下载自CSDN，如原作者保留所有权请与我联系）-Tetris AI, with the C# language to implement Pierre Dellacherie algorithm (interface downloaded from CSDN, retention of title as the original author, please contact me)
Prolog
- 这是个源码合集，里面有用几个小型专家系统的源码，供大家学习使用。-This is a source collection, which a few mini-expert system useful source for learning to use you.
TextCat
- 用朴素贝叶斯算法来进行文件分类,未包含训练数据.-Naive Bayes algorithm is used to carry out classification of documents, not included in training data.
NaviveBayesClassify
- java代码的朴素贝叶斯分类器 java代码的朴素贝叶斯分类器 调试通过-java code java code Naive Bayes classifier Naive Bayesian classifier Naive Bayesian classification of java code through debugging
genzong
- 目标跟踪代码，算法程序为纯c代码，是基于颜色特征的跟踪算法。-Tracking code, the algorithm procedure of pure c code, is based on color feature tracking algorithm.