资源列表
SOR_FORTRAN
- Solver for linear ecuations system (SOR-successive over relaxation), very usefull!!.
kron
- This the Kron Reduction algorithm. It is used to reduce Jacobian matrices to calculate state matrices.-This is the Kron Reduction algorithm. It is used to reduce Jacobian matrices to calculate state matrices.
hyperspectralPCA
- 前面收藏的高光谱处理的主成分分析PCA程序-hyperspectral imaging PCA
@KalmanFilter
- 离散卡尔曼滤波matlab源程序，可用于组合导航仿真。-A matlab Kalman filter function, which can be used for integrated navigation simulation.
tulusuanfa
- 图论算法，里边的内容包括最短路径，最小生成树，最大流，遍历的算法及详细讲解。-Graph algorithms, including inside the shortest path, minimum spanning tree, maximum flow, traversal algorithms and detailed explanation.
tanlansuanfa
- 本文件内容是十大经典算法之一——贪婪算法，还有详细的内容讲解，便于理解，下载的时候可能会占用一点时间。-Contents of this document is one of the top ten classical algorithm- greedy algorithm, there is a detailed explanation of the content, ease of understanding, the download time may take a little time
mengtekaluo
- 本文件内容是蒙特卡罗算法，主要是对一些被积函数难的多重积分进行估计，文档除了程序以外，还有详细的讲解，便于理解。-Contents of this document are the Monte Carlo algorithm, mainly for some of the integrand is difficult to estimate the multiple integration, documentation, in addition to the program, there are
juleisuanfa
- 本文件内容是聚类算法，对判别个体进行分类，十大经典算法之一，除了程序以外，还有详细的讲解，便于理解。-The contents of the documents clustering algorithm, determine the individual classification, one of the top ten classical algorithm, in addition to the program, there are detailed explanations, easy
hundunshijianyuce
- 混沌时间序列的Volterra级数多步预测研究，混沌理论认为在混沌系统中，初始条件的十分微小的变化经过不断放大，对其未来状态会造成极其巨大的差别。 -Volterra series of chaotic time series multi-step prediction, chaos theory is that in the chaotic system, the initial conditions of very small changes through continuous zoom,
Dijkstra.floyd
- Dijkstra算法及逆向Dijkstra算法的matlab软件实现，很方便很实用-D algorithm and reverse D algorithm
PID-matlab
- 先进PID控制MATLAB仿真第3版所有程序-Advanced PID control MATLAB simulation 3rd edition all programs
speech compression
- compression of speech is done using this matlab source code