资源列表
NSPSO
- 非支配排序的多目标微粒群算法NSPSO，在标准微粒群算法中加入NSGA2的思想-Multi objective particle swarm optimization algorithm based on non dominated sorting NSPSO, in standard particle swarm optimization, the non dominated sorting of NSGA2.
CSO_C
- CSO算法用C语言编写代码，带测试函数。通过更改函数代码，可运行不同的函数-CSO algorithm with C language code, with test function. By changing the function code, can run different functions
CSO_Matlab
- CSO算法，用matlab编写，直观画图显示结果。带五个基本测试函数-CSO algorithm, using MATLAB to prepare, intuitive drawing display results. With five basic test functions
Single-objective-GA-code-in-C
- 遗传算法，适用于单目标的优化情况，C语音编写-Genetic algorithms for optimization case of a single goal, C prepared speech
beifengaojingdu
- jiyu libsvm gongjuxiang huigui yuandaima-libsvm yuandaima
DNN_toolbox
- 语音分离用的深度神经网络工具箱，matlab，非常全 -This folder contains Matlab programs for a toolbox for supervised speech separation using deep neural networks (DNNs).
evolutionary-algorithms
- 几种常见的进化算法，遗传算法，详细的ppt,进化计算，有助于理解-Several common evolutionary algorithms, genetic algorithms, detailed ppt, evolutionary computation, help to understand.
KPCA
- KPCA 核主成分分析 降维处理 与传统的PCA相比，KPCA具有主成份特征明显,贡献率集中,主成份参数维数较少等优点,其性能明显高于PCA的分析结果-Nuclear dimension principal component analysis (KPCA Compared with the traditional PCA, KPCA with principal component characteristics significantly, contribution, princip
SGSO
- GSO群搜索优化算法的一个改进算法：SGSO算法(Simplified Group Search Optimizer Algorithm),可用于高维优化问题.-SGSO（Simplified Group Search Optimizer Algorithm）
Introduction-to-ANN
- 人工神经网络导论，2001年。神经网络一些理论讲述，有需要者可下载观看。-Introduction to Artificial Neural Networks, 2001. Some theories about the neural network, for those who need to watch the download.
vehicle-routing-problem
- 采用模拟退火方法解决有容量限制的车辆路径问题，matlab代码。Capacitated Vehicle Routing Problem (VRP) using SA. MATLAB -implementation of solving Capacitated Vehicle Routing Problem (VPR) using Simulated Annealing (SA)
pso-bp.tar
- 基于粒子群算法优化BP神经网络参数的matlab程序，极大地提高了预测精度。-Based on particle swarm optimization BP neural network parameters matlab program, which greatly improved the prediction accuracy.