SIPAMBULAN: Sistem Informasi Pelayanan Ambulan menggunakan Algoritma Djikstra

A. Susanto, Santi Purwaningrum
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引用次数: 1

Abstract

The rapid development of information technology encourages innovation in various fields, including the field of disaster geographic information services. Lack of information on ambulance service providers is often the cause of delays in handling victims of natural disasters. Besides, the absence of information regarding the nearest route for ambulances to emergency service providers such as health centers and hospitals adds to the length of time for handling victims of natural disasters, resulting in increasingly severe victim losses, including life. This study aims to create a geographic information system that can be used to provide information on the location of the nearest ambulance service provider and emergency unit service. The system development research method uses the extreme programming method by implementing the Djikstra algorithm to determine the shortest route. This system testing process consists of testing the Djikstra algorithm and testing functionality using a usability scale. Djikstra's algorithm testing is done by comparing the results of calculating the shortest route for two location points with the results obtained when using the Google Maps application. The results of this test indicate that the system can display shorter routes than the routes generated by the Google Maps application. On the other hand, testing system functionality using the usability scale method to see system acceptance by users shows that the application can be used properly with a score obtained that is 77.
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SIMPLE:使用Djikstra算法的救护车服务信息系统
信息技术的快速发展促进了各个领域的创新,包括灾害地理信息服务领域。缺乏关于救护车服务提供者的信息往往是处理自然灾害受害者的延误的原因。此外,由于缺乏救护车到保健中心和医院等紧急服务提供者的最近路线的信息,处理自然灾害受害者的时间更长,导致受害者损失越来越严重,包括生命损失。本研究旨在建立一个地理信息系统,可用于提供最近的救护车服务提供者和急救单位服务的位置信息。系统开发研究方法采用极限规划方法,通过实现Djikstra算法确定最短路径。这个系统测试过程包括测试Djikstra算法和使用可用性量表测试功能。Djikstra的算法测试是通过将计算两个位置点的最短路线的结果与使用谷歌Maps应用程序时获得的结果进行比较来完成的。测试结果表明,系统可以显示比谷歌Maps应用生成的路由更短的路由。另一方面,使用可用性量表方法测试系统功能,以查看用户对系统的接受程度,结果表明应用程序可以被正确使用,得分为77。
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发文量
30
审稿时长
12 weeks
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