资源列表
GAUSS
- 使用C语言实现高斯迭代算法，其中分为高斯算法与高斯回溯算法。
RBF
- 基于梯度法编写的RBF神经网络程序，实现对输入数据的逼近-Gradient method based on the preparation process of the RBF neural network to achieve the approximation of the input data
Lyapunov_Rosenstein_logistic_m_main
- Lyapunov_Rosenstein_logistic_m_main是ＭＡＴＬＡＢ环境中计算ＬＹＡＰＵＮＯＶ指数的主程序-Lyapunov_Rosenstein_logistic_m_main is the MATLAB environment to calculate the main index LYAPUNOV
FFT0C_T
- 通过C语言软件开发环境实现快速傅里叶变化，方法三-C-language software development environment through fast Fourier transform, the method three
CMC-bun
- A simulation of Conventional Matrix Converter
calender
- 萬年曆物件程式設計示範 物件程式設計的主要目的是提高程式的生產力；程式的可維護性及可讀性，也是物件程式設計的次要需求。-Calendar object programming demonstration The main purpose of the object programming is to improve the productivity of the program maintainability and readability of the program, but al
MatrizesCpp
- Multiplicaç ã o de matrizes em C-Multiplicaç ã o de matrizes em C++
OperateComplex
- 利用Perl编写程序对复数进行运算，其中Complex.pm是复数运算的自定义模块。-Using the Perl programming for computing on the complex, which is a complex operation Complex.pm custom module.
SNFAP
- 这是基于吸引子传播算法的改进，采用svd技术，还有半监督思想，有效提高聚类效果-K-nearest neighbor algorithm based on neural networks, and k-means for effective integration and improvement, improved k-means algorithm
PSO
- 自己编的改进型粒子群算法，内有详细的文档说明，收敛速度快，寻优效率较蚂蚁算法高。-Improved Particle Swarm own, with detailed documentation, the convergence speed, optimizing efficiency higher than the ant algorithm.
0-1_package_problem
- 0-1背包问题：使用动态规划算法进行求解0-1背包问题-0-1 Knapsack Problem: Solve the 0-1 knapsack problem using a dynamic programming algorithm
PDE
- 一阶精度计算欧拉方程，可以灵活输入时间步长和空间步长，方便初学者使用学习。-finite difference method