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A Memetic Algorithm with Random Key Crossover and Modified Neighborhood Search for the Solution of Capacitated Arc Routing Problems

机译:求解随机电弧路由问题的具有随机密钥交叉和修正邻域搜索的模因算法

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Capacitated Arc Routing Problem (CARP) is a well known combinatorial optimization problem and existing algorithms require numerous function evaluations to solve them. in order to develop the capability to solve dynamic CARP problems, there is a need to further improve the efficiency of these algorithms. the aim of this work is to develop an algorithm that is capable of solving CARP instances efficiently within a limited computational budget of 50,000 function (solution) evaluations. the proposed algorithm is essentially a memetic algorithm embedded with random key crossovers and a modified neighborhood search to improve its rate of convergence. the performance of the algorithm is compared with a recently proposed memetic algorithm (MAENS) across three sets of benchmarks ($gdb$, $val$, $egl$). the results obtained using the proposed algorithm are better for all the above instances clearly highlighting its potential use for dynamic CARP problems.
机译:电容弧布线问题(CARP)是众所周知的组合优化问题,现有算法需要大量功能评估才能解决。为了开发解决动态CARP问题的能力,需要进一步提高这些算法的效率。这项工作的目的是开发一种能够在50,000个功能(解决方案)评估的有限计算预算内有效解决CARP实例的算法。该算法本质上是一种嵌入了随机密钥交叉和改进邻域搜索以提高其收敛速度的模因算法。将该算法的性能与最近提出的跨三组基准($ gdb $,$ val $,$ egl $)的模因算法(MAENS)进行比较。对于所有上述情况,使用所提出的算法获得的结果都更好,清楚地突出了其在动态CARP问题中的潜在用途。

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