基于蜜蜂动态划分的改进ABC的TSP问题

Poorti Sharma, Manish Gupta
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引用次数: 2

摘要

人工蜂群算法(Artificial Bee Colony Algorithm, ABC)是一种寻找全局最优解的优化算法。在ABC中,每只蜜蜂存储可行方案或候选方案的信息,并根据邻近蜜蜂提供的信息随时间随机修改,它根据自己发现的最佳方案随时间推测修改。在此工作中,蜂群被动态地划分为较小的群体,搜索过程由独立的较小的蜜蜂群体执行。同样在原有的ABC算法中,人工蜂群算法在被雇佣的蜂群阶段之后,又增加了一个算子,即突变算子。在旅行商问题(TSP)上进行了实验,验证了算法的准确性。并与标准ABC算法、ABC带SPV算法等已有算法进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TSP Problem Using Modified ABC Based on Dynamically Division of Bees
Artificial Bee Colony Algorithm (ABC) is an optimization algorithm used to find out the global optima. In ABC, each bee stores the information of feasible solution or candidate solution and stochastically modifies this over time, based on the information provided by neighboring bees, it speculative modifies over time and based on the best solution found by the bee itself. In this proposed work, the swarms of bees are dynamically divided into smaller groups and search process is performed by independent smaller group of bees. Also in original ABC algorithm, an additional operator, i.e. Mutation operator, is used in the artificial bee colony algorithm after the employed bee phase. Experiments are performed on the travelling salesman problem (TSP) to check the accuracy of proposed algorithm. Also proposed algorithm results are compared with previously defined algorithms like standard ABC algorithm and ABC with SPV algorithm.
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