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Description: 基于遗传算法的多移动机器人协调路径规划，这是国内的专家篆写的文章。我觉得写得不错，推荐给大家看看。-based on genetic algorithms more mobile robot path planning coordination, which is the domestic experts Fragrance write articles. I think well-written and recommend it to see.
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Author: 石锋 |
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Description: Halcon已经被广泛应用于机器视觉，图像处理中，尤其是基于机器视觉的工业控制、移动机器人、电路板检测、食品检测等领域都有该软件成功应用的案例，其优秀的图像处理算法，多摄像机匹配性能及与VC、VB等语言的嵌入性使得越来越多企业选择Halcon作为机器视觉的开发平台。该资料为中文版Halcon的使用说明，对英语不好的用户一定会有帮助
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Author: sqh4587 |
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Description: 随着计算机网络技术的发展和lnternet在全世界范围内的普及，计算机网络作为信息社会的基础设施已应用到政府部门、商业、军事、教育等社会各领域。当前计算机网络的发展特点是：网络规模不断扩大，复杂性不断增加，网络的异构性也越来越高。在现有的技术条件下，人们希望有一个更加稳定可靠的网络环境，计算机网络管理系统就是应这样的需求而产生的。它对网络上的各种设备进行管理，通过监视和控制这些设备，及时地向管理人员报告网络状态，并且简化网络故障的处理，减少故障造成的损失，提高网络的服务质量和效率 [1]。 一个好的网络管理系统首先需要掌握整个被管网络的拓扑结构。网络的配置管理是发现和配置网络中对网络管理有意义的设备的过程，而网络的自动拓扑发现规则是配置管理的核心，是故障和性能管理的基础，同时它也是衡量一个商业网管系统成败的重要尺度。因此，拓扑发现算法的设计在整个网管系统的开发中有着举足轻重的地位。网络拓扑发现技术是利用网管协议或网络提供的可用工具，通过拓扑算法，发现网络中路由器、交换机及主机之间的连接关系，并且以图形的方式直观地显示出来，同时还要尽量减小发现网络设备和显示设备拓扑图的运行代价[2]。 为了发现更加详细的网络拓扑结构，网络的多层自动拓扑发现是必不可少的，业界通常把网络自动拓扑发现分为两部分，即IP管理域内网络层拓扑发现和数据链路层拓扑发现，本文将详细地介绍网络拓扑自动发现算法。
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Author: wangluolaowu |
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Description: 遗传算法的简单程序，可用于离散变量优化，多目标优化等许多领域-the simple procedure can be used for optimization of discrete variables, such as multi-objective optimization in many areas
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Size: 25600 |
Author: 黄大东 |
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Description: 基于遗传算法的多移动机器人协调路径规划，这是国内的专家篆写的文章。我觉得写得不错，推荐给大家看看。-based on genetic algorithms more mobile robot path planning coordination, which is the domestic experts Fragrance write articles. I think well-written and recommend it to see.
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Size: 121856 |
Author: 石锋 |
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Description: 在这个程序中将实现三种古典加密方法：恺撒算法，多表代换算法中的Vigener算法，与列换位算法-in this process will achieve three classical encryption methods : Caesar algorithm, multi-table substitution algorithm of Vigener algorithms, and algorithm out transpositions
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Size: 35840 |
Author: blickwinkel |
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Description: 用Delphi语言编写的遗传算法，内容较多，可以参考-Delphi language prepared by the genetic algorithm, a great deal of content, they can refer to
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Size: 92160 |
Author: me |
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Description: LRU页面置换算法模拟,LRU置换算法虽然是一种比较好的算法，但要求系统有较多的支持硬件。为了了解一个进程在内存中的各个页面各有多少时间未被进程访问，以及如何快速地知道哪一页是最近最久未使用的页面.-LRU algorithm simulation replacement pages, the LRU algorithm replacement is a better algorithm, but requires a system with more hardware support. In order to understand a process in the memory of all pages is not how much time each process visit, and how fast to know which pages are the most recent time on the pages.
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Size: 11264 |
Author: 22 |
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Description: 最近研究遗传算法，得到这点程序，均很好运行，共享给大家。同时还想得到更好更多的有关遗传算法的程序，望大家多多奉献。没有加密，解压即可-recent research on genetic algorithms, to be this procedure which is a good run for everyone to share. While more would like to be better in the GA process, we look a lot dedication. Without encryption, and can extract
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Size: 356352 |
Author: 绿原 |
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Description: 用JAVA语言编写，包括PSO（Particle swarm optimization, 中文译名为粒子群优化或微粒群算法), DE (Differential evolution, 中文译名为差分进化或差异演化)等算法，有一些不带约束和带约束的算例（如Michelawicz的几个问题）。使用说明见usage.txt、RUNExample.bat和程序中的注释。
-with Java language, including the PSO (Particle swarm optimization, the Chinese translation of PSO or PSO algorithm), DE (Differential evolution, the Chinese translation of the difference or differential evolution evolution) algorithm, a number of non-binding and binding with the examples (such as the several issues Michelawicz ). Use see usage.txt, RUNExample.bat and procedures of the Notes.
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Size: 128000 |
Author: 刘三 |
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Description: 操作系统——动态优先级调度算法源代码，多道系统中多进程并发执行，为了提高系统性能解决进程死锁问题，进程的优先级是动态变化的。正在执行的进程优先级会随时间降低，而挂起的进程或等待的进程的优先级会逐渐升高，这样就解决了操作系统中一个地优先级程序长期占据cpu，而高优先级进程却迟迟不能得到处理。-operating system-- Dynamic priority scheduling algorithm source code, multi-channel system more complicated implementation process. To enhance system performance Deadlock settlement process, the priority process is a dynamic change. The process is the implementation of priority will be reduced over time, and duration of the process, or wait for the process priority will be gradually increased, this would resolve the operating system to a long-term priority procedures occupy cpu, while high-priority process still could not be processed.
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Size: 9216 |
Author: 韩文杰 |
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Description: Windows应用程序，C#编写，实现了求最短路径的Dijkstra算法，方便操作，可以自已在程序界面上指定每一个点的位置，在界面上空白的地方每点击一下生成一个点（该点是一个可以点击的按钮），这些按钮按照出现的先后顺序自动从1开始编号（目前程序设定最多支持100个点，可自行更改）。界面右上角是计算结果显示区，往下是权值输入区和“连线”、“清屏”“计算”三个按钮以及状态区，状态区显示当前的起点和终点，连线和计算都要用到该信息（点击生成的顺序编号的那些按钮可以依次改变起点和终点）。输入权值后点“连线”则把编号为状态区显示的起点和终点连接起来，并在线的中央标明权值。点击“计算”则计算状态区显示的起点和终点的最短距离及路径，并将结果输出到右上角。右下角为异常显示区，显示程序运行过程中出现的异常，比如权值输入一个字母，因字母无法转为整型，就会产生异常，该异常信息就显示在右下角。-Windows applications, C#, for the realization of the Dijkstra shortest path algorithm, convenient operation, the procedure can own interface on a point each designated location, gaps at the interface of each click generated a point (the point is a can click on the button), these buttons with the automatic sequence starting from No. 1 (the current procedure set up to support 100 points can make changes). Instructions interface is calculated results show, right down the value of the importation and the "Alliance" "screen" "calculated" button and the three state area, the current state of the district show the starting and finishing points. Alliance and calculation should use the information (click generation of serial numbers of those buttons can be followed to
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Size: 11264 |
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Description: 是关于Apriori算法，多的就不说了自己看吧-on Apriori algorithm, the more that is not its own Look here
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Size: 64512 |
Author: xujiong |
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Description: 基于粒子群的算法的多目标搜索算法，实现多目标函数的最优(A multi-objective search algorithm based on particle swarm algorithm is used to achieve the optimal multi-objective function)
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Size: 2048 |
Author: 心空岁月
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Description: 人工蜂群算法，智能算法，多目标多维度目标搜索(Artificial bee colony algorithm, intelligent algorithm, multi objective multi dimensional target search)
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Author: 随意哈
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Description: 本代码主要是matlab源代码，介绍了一种通多种群粒子群算法求解多目标优化问题，这是本人毕业设计的内容，源代码附有相关说明，且运行没有问题，大家可以参考(This code is mainly matlab source code, introduced a variety of particle swarm optimization algorithm to solve multi-objective optimization problem, this is my graduation project content, the source code with the relevant instructions, and run no problem, we can refer to)
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Size: 1024 |
Author: 古月088376
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Description: 本案例是基于粒子群算法的多目标搜索算法，对于多目标搜寻效果不错(This case is a multi target search algorithm based on particle swarm optimization, which has a good effect on multi target search.)
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Size: 2048 |
Author: jackie_lee
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Description: 采用遗传算法进行多目标优化问题的求解，具体为两个目标优化问题(genetic algorithm solve multi-objective problem)
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Size: 2048 |
Author: 沉淀3 |
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Description: 本代码是基于蚁群算法的多配送中心的车辆调度问题的研究论文的源代码，包括数据集，找了很久网上信息不全，加上自己总结，最终调试成功，分享一下(This code is the source code of the research paper on the vehicle scheduling problem of multiple distribution centers based on ant colony algorithm, including data set. After a long time of searching for incomplete information on the Internet, plus my own summary, the final debugging is successful. Share it)
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Author: 下晚自习 |
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