文件名称:test1
- 所属分类:
- 人工智能/神经网络/遗传算法
- 资源属性:
- [Java] [源码]
- 上传时间:
- 2012-11-26
- 文件大小:
- 20kb
- 下载次数:
- 0次
- 提 供 者:
- 穆**
- 相关连接:
- 无
- 下载说明:
- 别用迅雷下载,失败请重下,重下不扣分!
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蚁群算法是模仿真实的蚁群行为而提出的一种模拟进化算法,蚂蚁之间是通过一种信息素的物质传递信息的,蚂蚁在运动的过程中能够在经过的路径上留下该物质,而且能够感知这种物质的存在及其强度,并以此指导自己的运动方向。它是一种通过类比组合优化和蚁群觅食行为而构造的一种算法,可以用来解决各种组合优化问题,本代码用来解决生产调度问题-Ant colony algorithm is based on real ant colony behavior and proposed a simulated evolutionary algorithm, ants are among the pheromone through a material and impart information, ants in the process of movement in the path on the left of the substance , but also perceived the existence of such material and its strength, and to guide their direction. By analogy it is a combinatorial optimization and ant colony foraging behavior and structure of an algorithm can be used to solve various combinatorial optimization problems, the code used to solve the production scheduling problem
相关搜索: 进化算法
模拟
运动
蚁群算法
蚁群
优化
ant
colony
optimization
调度
蚁群
算法
ANT
COLONY
OPTIMIZATION-MATLAB
CODE
Ant
Colony
Optimization
for
production
模拟
运动
蚁群算法
蚁群
优化
ant
colony
optimization
调度
蚁群
算法
ANT
COLONY
OPTIMIZATION-MATLAB
CODE
Ant
Colony
Optimization
for
production
(系统自动生成,下载前可以参看下载内容)
下载文件列表
test1
.....\classes
.....\.......\package cache
.....\.......\.............\test1.dep2
.....\.......\test1
.....\.......\.....\Aim.class
.....\.......\.....\AntAlgorithm.class
.....\.......\.....\AntDistance.class
.....\.......\.....\AntTransfer.class
.....\.......\.....\Application1.class
.....\.......\.....\ColonyInitialization.class
.....\.......\.....\Expectation.class
.....\.......\.....\Frame1.class
.....\.......\.....\InformationDensity.class
.....\.......\.....\MaxProbablity.class
.....\.......\.....\NumberInitialization.class
.....\.......\.....\PriceInitialization.class
.....\.......\.....\TransferProbablity.class
.....\.......\.....\ValueInitialization.class
.....\.......\.....\VisibleDistrict.class
.....\src
.....\...\test1
.....\...\.....\Aim.java
.....\...\.....\AntAlgorithm.java
.....\...\.....\AntDistance.java
.....\...\.....\AntTransfer.java
.....\...\.....\Application1.java
.....\...\.....\AverageDistance.java
.....\...\.....\ColonyInitialization.java
.....\...\.....\Expectation.java
.....\...\.....\Frame1.java
.....\...\.....\InformationDensity.java
.....\...\.....\MaxProbablity.java
.....\...\.....\NumberInDistrict.java
.....\...\.....\NumberInitialization.java
.....\...\.....\PriceInitialization.java
.....\...\.....\SumMinus.java
.....\...\.....\TransferProbablity.java
.....\...\.....\ValueInitialization.java
.....\...\.....\VisibleDistrict.java
.....\test1.jpx
.....\test1.jpx.local
.....\classes
.....\.......\package cache
.....\.......\.............\test1.dep2
.....\.......\test1
.....\.......\.....\Aim.class
.....\.......\.....\AntAlgorithm.class
.....\.......\.....\AntDistance.class
.....\.......\.....\AntTransfer.class
.....\.......\.....\Application1.class
.....\.......\.....\ColonyInitialization.class
.....\.......\.....\Expectation.class
.....\.......\.....\Frame1.class
.....\.......\.....\InformationDensity.class
.....\.......\.....\MaxProbablity.class
.....\.......\.....\NumberInitialization.class
.....\.......\.....\PriceInitialization.class
.....\.......\.....\TransferProbablity.class
.....\.......\.....\ValueInitialization.class
.....\.......\.....\VisibleDistrict.class
.....\src
.....\...\test1
.....\...\.....\Aim.java
.....\...\.....\AntAlgorithm.java
.....\...\.....\AntDistance.java
.....\...\.....\AntTransfer.java
.....\...\.....\Application1.java
.....\...\.....\AverageDistance.java
.....\...\.....\ColonyInitialization.java
.....\...\.....\Expectation.java
.....\...\.....\Frame1.java
.....\...\.....\InformationDensity.java
.....\...\.....\MaxProbablity.java
.....\...\.....\NumberInDistrict.java
.....\...\.....\NumberInitialization.java
.....\...\.....\PriceInitialization.java
.....\...\.....\SumMinus.java
.....\...\.....\TransferProbablity.java
.....\...\.....\ValueInitialization.java
.....\...\.....\VisibleDistrict.java
.....\test1.jpx
.....\test1.jpx.local