资源列表
vbsensor
- 实现线性分类器的设计，根据线性分类器的特点，利用线性函数来对模式进行分类，编程语言为VB，实现了两类模式的判别。-To achieve a linear classifier design, according to the characteristics of a linear classifier, using a linear function of the mode of classification, programming languages VB, realized the two
top110
- 拓扑优化程序代码，使用Heaviside projection技术。-Topology optimization code, the use of Heaviside projection technology.
ga
- 遗传算法，可以自己手动调节精度，小数和整数，还可以手动输入维度-Genetic algorithm, you can manually adjust the accuracy, decimals and integers, you can also manually enter dimensions
ant-colony
- 蚁群优化算法的基本思想是模仿蚂蚁依赖信息素进行通信而显示出的社会行为-The basic idea of ant colony optimization algorithm is to mimic the ants rely on pheromones to communicate and show social behavior
用遗传算求最值
- 用遗传算求最值,计算种群的适值,并总的返回适度即最后输出的结果-genetic count for the most value to calculate the appropriate value of stocks, and the total return appropriate that the final output of the
GA
- 用遗传算法求取函数的极值，及相应变量的值-Using genetic algorithms to strike a function extremum, and the corresponding value of the variable
erjingzhiyichuansuanfa
- 遗传算法二进制matlab程序修改其中函数可求解各种最有问题-Binary genetic algorithm matlab program to solve a variety of changes which functions are most problems can be
path-planning2
- 用matlab程序编写的遗传算法路径规划程序用来实现最短路径问题。-Programming using genetic algorithm matlab path planning process used to achieve the shortest path problem.
jingxiangji_matlab
- 基于matlab的径向基网络模拟，源代码均是matlab的.m文件。实现了一些径向基网络的实例-Radial basis function network based simulation matlab, matlab source code are the. M file. To achieve a number of examples of radial basis network
face_recognition_eigen
- Face recognition eigen-based by Santiago Serrano-eigen-based by Santiago Serrano
VRP
- 本人原创的用遗传算法实现的vrp问题求解，基于matlab语言--I original genetic algorithm is used to achieve the vrp problem solving, based on the matlab language
FuzzyMatrix
- 模糊矩阵类 可以根据不同的模糊算子计算模糊矩阵的并运算C=A∪B,交运算 Ｃ＝Ａ∩Ｂ,求余运算 Ｃ＝1-Ａ 等-Fuzzy matrices based on different fuzzy operator and calculation of fuzzy matrix operation C = A ∪ B, cross-operator C = A ∩ B, for more than computing C = 1-A, etc.