资源列表
SA_TSP_matlab
- 基于matlab的模拟退火算法求解旅行商问题的实现。简单 方便 好用，解压后就可使用-Matlab simulated annealing algorithm based on traveling salesman problem implementation. Simple easy to use, can use after decompression
TspSA
- 基于.net的模拟退火算法求解旅行商问题的实现。简单，方便，实用。解压后就可以用。-Based. Net simulated annealing algorithm traveling salesman problem implementation. Simple, convenient and practical. After decompression can be used.
Gaussfilter
- 高斯频域滤波的fortran程序，作者是李建平等，气象海洋数据处理常用到-Fortran Gaussian frequency domain filtering procedure, the author is Li Jianping, etc., meteorological data processing common to maritime
matlab--TSP-SA
- 基于MATLAB 使用模拟退火算法求解旅行商问题的源码实现。解压后就可以用。-MATLAB based simulated annealing algorithm using the source code for the traveling salesman problem implementation. After decompression can be used.
gpops31
- 基于伪谱法的极大值原理数值算法,注意:应用此软件需要另外下载SNOPT,否则无法运行. -Pseudo-spectral method based on the maximum principle numerical algorithm, NOTE: This software requires a separate download application SNOPT, or not run.
CSharp-TSP-SA
- 基于C# 使用模拟退火算法求解旅行商问题的源码实现，解压后就可使用，方便 好用。-Based on C# using the simulated annealing algorithm for traveling salesman problem source implementation, after decompression can be used, easy to use.
gs
- 全主元高斯消元法，动态二维数组的建立，以及实现例子-All principal component Gaussian elimination
DTree
- 决策树算法。 决策树算法。 决策树算法。-Decision tree algorithm. Decision tree algorithm. Decision tree algorithm. Decision tree algorithm. Decision tree algorithm.
CPP-SA-TSP
- 基于C++的模拟退火算法求解旅行商问题的源码实现过程。解压后即可使用。一起分享。-C++ based on simulated annealing algorithm for solving the traveling salesman problem source implementation process. After decompression can be used. Share.
aco
- 在visual c++下编写的ACO基本算法，实现对TSP问题的解决-In visual c++, prepared with the basic ACO algorithm, the solution to the problem of the TSP
heat-transfer
- 一维非稳态传热fortran程序，对流体力学初学者非常有用-Fortran one-dimensional unsteady heat transfer process is very useful for beginners of fluid mechanics
c_n_co2c0000337.tar
- 这些是脑电图的一些重要数据，可以给编程序的人员带来好处-These are some of the important EEG data, compiled programs can benefit persons