Route Optimization of Waste Carrier Truck using Breadth First Search (BFS) Algorithm

Muhammad Fahreal Bernov, Ani Dijah Rahajoe, B. M. Mulyo
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引用次数: 1

Abstract

Waste problems have always been the main focus which still occurs in cities and regencies in Indonesia, andalso Sidoarjo Regency is no exception. Increasingly rapid population growth is one of the factors in the increasingpiles of waste in Sidoarjo Regency. The large number of villages with long distances and a large area means that wastecollection cannot be carried out on time, causing accumulation of waste that disrupts residents' daily activities. Thewaste transportation system in Sidoarjo Regency has so far not been optimal because there are still several problemswith the accumulation of waste in several sub-districts.In this study, an optimal route search system was created using the Breadth First Search and Depth First SearchAlgorithms as a search comparison in order to make it easier for Sanitation Service officers to carry out the wastetransportation process by considering the optimal destination location route according to input from the user. Theresults of this study will display information on the comparison of the total distance traveled and the total volumetraveled by the Breadth First Search and Depth First Search algorithms with different differences.
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基于广度优先搜索(BFS)算法的垃圾车路线优化
垃圾问题一直是主要焦点,仍然发生在印度尼西亚的城市和乡村,Sidoarjo Regency也不例外。日益迅速的人口增长是Sidoarjo摄政区垃圾堆积日益增多的因素之一。村庄数量多,距离远,面积大,垃圾收集不能及时进行,造成垃圾堆积,影响居民的日常生活。到目前为止,Sidoarjo县的废物运输系统还不是最理想的,因为在几个街道上仍然存在废物堆积的问题。本研究采用广度优先搜索算法和深度优先搜索算法作为搜索比较,建立了一个最优路径搜索系统,以便环卫服务人员根据用户输入考虑最优目的地位置路线,从而更容易地开展垃圾运输过程。本研究的结果将显示广度优先搜索和深度优先搜索算法在不同差异下的总距离和总体积的比较信息。
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