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Population Resizing on Fitness Improvement Genetic Algorithm to Optimize Promotion Visit Route Based on Android and Google Maps API

机译:对健身改进遗传算法调整大小的人口优化基于Android和Google地图API的促销访问路由

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The promotion team ofMuria Kudus University (UMK) has done annual promotion visit to several senior high schools in Indonesia. The visits were done to numbers of schools in Kudus, Jepara, Demak, Rembang and Purwodadi. To simplify the visit, each visit round is limited to 15 (fifteen) schools. However, the team frequently faces some obstacles during the visit, particularly in determining the route that they should take toward the targeted school. It is due to the long distance or the difficult route to reach the targeted school that leads to elongated travel duration and inefficient fuel cost. To solve these problems, the development of a certain application using heuristic genetic algorithm method based on the dynamic of population size or Population Resizing on Fitness Improvement Genetic Algorithm (PRoFIGA), was done. This android-based application was developed to make the visit easier and to determine a shorter route for the team, hence, the visiting period will be effective and efficient. The result of this research was an android-based application to determine the shortest route by combining heuristic method and Google Maps Application Programming Interface (API) that display the route options for the team.
机译:穆里尼亚高考(UMK)的促销团队在印度尼西亚的几个高中完成了年度促销访问。访问是在Kudus,Jepara,Demak,Rembang和Purwodadi学校的数量。为了简化访问,每次访问都仅限于15(十五)所学校。然而,球队在访问期间经常面临一些障碍,特别是在确定他们应该朝着目标学校采取的路线。它是由于长途或难以到达目标学校的困难路线,导致延长行进持续时间和低效的燃料成本。为了解决这些问题,完成了基于在适应性改善遗传算法(Proviga)大小的群体大小或种群的动态启发式遗传算法方法的一定申请。基于Android的应用程序是开发的,使访问更容易,并确定团队的较短路线,因此,访问期将有效和有效。该研究的结果是基于Android的应用程序,以通过组合启发式方法和谷歌地图应用程序编程接口(API)来确定最短的路由,这些应用程序编程接口(API)显示团队的路由选项。

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