资源列表
PSO-TSP
- 在分析粒子群优化的搜索原理的基础上，通过引入交换子和交换序的概念,构造 一种特殊的粒子群优化算法,并用于求解旅行商问题。 - This algorithm introduces the search strategies of particle swarm optimiza- tion (PSO),via presenting the concepts of swap operator and swap sequence an algorithm of a kind of spe
K-means
- 1、K-means划分聚类； 2、以EXCEL作为数据源； 3、图形显示结果-1, K-means clustering divided 2 to EXCEL as a data source 3, graphics display the results
DE
- 差分进化程序，有注释，可以直接修改函数运行-Differential evolution process, there are annotations, you can directly modify the function to run
quantum
- 用于路径规划遗传算法MATLAB源代码，内含多个子文件，测试时运行mypath文件即可.-Genetic Algorithm for Path Planning MATLAB source code that contains multiple sub-documents, tests can be run mypath documents.
ZJUBase
- 浙江大学仿真3D机器人足球比赛源代码，可以组建自己的3D球队-ZJU——Base source files of 3D
CFDroe
- CFD，基于有限体积法的，Roe以及AUSM+up格式的C语言程序-CFD, based on the finite volume method, Roe and AUSM+ up format of C language program
Matrix
- 这是一个自己编制的完整矩阵类，包括矩阵运算、分解、求逆、范数和特征值等，可以做为数值分析的基础类。-This is a complete matrix of their own class preparation, including matrix computation, decomposition, inverse, norm and eigenvalue, etc., can be used as the basis for numerical analysis class.
BNT_SLP
- matlab贝叶斯网络工具箱BNT_SLP.zip，解压后将整个文件夹放入matlab安装目录的toolbox文件夹下-BNT_SLP.zip Bayesian network toolbox for matlab
BP
- 误差逆向传播反馈BP网络，在VC++6.0环境下编译，包括1、界面程序；2、BP神经网络训练程序；3、BP神经网络预报程序；4、BP神经网络说明程序；5、测试范例。-Reverse the spread of error feedback BP network, in VC++6.0 compiler environment, including one, the interface procedures 2, BP neural network training procedures 3,
FLUENT-UDF
- CFD(计算流体力学）——用户自定义函数的高级应用及举例-CFD (computational fluid dynamics)- user-defined functions, and examples of advanced applications
TSP
- 遗传算法求解经典的旅行商(TSP)问题。图形化界面，可以选择大/中/小地图文件，并演示进化的过程。中/小地图在默认代数下一般都可以找到最优解。-Genetic Algorithm for the classic TSP problem. Graphical interface, you can choose large/medium/small map files, and demonstrates evolutionary process. Medium/small maps in the d
Astar
- A*算法路径规划，有详细介绍文本 适合于初学者，学习算法。-A* algorithm for path planning, a detailed text is suitable for beginners, learning algorithms.