搜索资源列表
SA-algorithem-forVRP
- 使用matlab进行模拟退火算法编例，解决车辆路径最优化问题。-vrp with use of SA
SA
- 最简单的模拟退火算法，自己编的小程序，用于优化问题，求全局最小值。-simmulated annealing (SA)
sa-ga
- matlan code of hibryd SA-GA algorithm
sa-ga
- the hybrid SA-Ga algorithm in matlab
SA-DCT_Demobox_v141
- its a SA-DCT matlab code for image compression-its a SA-DCT matlab code for image compression
nQ-SA
- matlab code gcp by sa
SA
- 模拟退火算法解决TSP问题源程序（C++）-SA for TSP
SA-TSP
- Simulated Annealing (SA) is the oldest probabilistic meta-heuristic algorithm and one of the first algorithms having ability to avoid being trapped in local minima. It is inspired by the process of annealing in metallurgy. In this process a m
SQL-Sever2008-sa-can-not-login
- SQL Sever2008 sa 不能登录的正确解决方法-SQL Sever2008 sa can not login
SA
- 模拟退火算法示例，可直接运行，注释详细，适合初学者-SA algorithm
SA-1100
- Purpose Definition of constants related to the StrongARM SA-1100 microprocessor (Advanced RISC Machine (ARM) architecture version 4). This file is based on the StrongARM SA-1100 data sheet version 2.2. -Purpose Definition of constants related to th
libsvm-for-sa
- libsvm进行回归分析，利用sa函数产生原始数据，给出回归和预测结果，并画出了支持向量-LIBSVM FOR REGRESSION
SA
- SA模拟退火算法，解决了函数优化问题，只要改变目标函数就可以对不同的函数进行优化。-SA simulated annealing algorithm to solve the function optimization problem, just change the objective function can be optimized for different functions.
FastWalk Function Modified - Dayz SA 0.59
- For use in scr ipt Menus for DayZ SA 0.59
Sa
- function [Sx,f,alpha] = Sa(s,fs,M,N,read_f,del_f) 计算信号的循环谱 [Sx,f,alpha] = Sa(s,fs,M,N,read_f,del_f) 输入： s 序列 fs 采用频率 M 滑动频率窗长 N fft计算点数 read_f 可视频率（一般为载频的整数倍） del_f 可视频率间隔 输出： Sx 信号的循环谱 f 频率轴 alpha 循环频率轴-Cyclos
SA-GA-ALGRITHM-C
- 模拟退火算法是基于Monte Carlo迭代求解法后种启发式随机搜索算法，它模拟固体物质退火过程的热平衡问题与随机搜索寻优问题的相似性来达到寻找全局最优或近似全局最优的目的-SA GA
SA
- sa simulation annaleaing
Simulated_Annealing(SA)
- SA simulated annelying (functional) matlab
SA-TSP
- SA-TSP Algorithm Tsp MAtlab code-SA-TSP Algorithm Tsp MAtlab code
Read-the-sa-sb-radar--matlab
- 基于sa sb 雷达基数据的反射率因子图的读取程序 使用matlab编写 -Based on sa, sb radar base according to the reflectivity figure read program using matlab