WebGIS Based Road Crash Information System: A Case Study

Q4 Computer Science
None M S Saran, None Manju V S, None Vishnu V P
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引用次数: 0

Abstract

Road crashes in India is showing progressive growth since COVID time, despite many road safety measures and program the rate of crashes are not declining. Many a times the road safety measures are not implemented in proper geographical locations owing to lack of proper crash information, which include crash information of the past. Road crash information is thus a vital support for the road safety assessment programs that eyes for a reduction in the road crashes. In India, as in other developing countries, very little effort is taken to providing enough road crash information. The identification of road crash location, analysis and treatment of road accident black spots are widely regarded as one of the most effective approaches to road accident prevention. A user friendly web Geographic Information System (GIS) based Road Crash Information System (RCIS) is developed in the present study for Kerala State, India. An online platform to add, update and maintain the database of road accident black spots is offered by the system, including analysis functionalities. Database maintains a standard guideline for road crash reporting thereby reducing data redundancy. Integration of all crash data from accident locations and to filter data based on different criteria are the core objectives of this study. The study also focused on systematically sharing the accident black spot details to the public user through an online platform.
基于WebGIS的道路交通事故信息系统:一个案例研究
自2019冠状病毒病以来,尽管采取了许多道路安全措施和规划,但印度的道路交通事故仍在逐步增长,事故发生率并未下降。很多时候,由于缺乏适当的碰撞信息,包括过去的碰撞信息,道路安全措施没有在适当的地理位置实施。因此,道路交通事故信息是道路安全评估项目的重要支持,旨在减少道路交通事故。与其他发展中国家一样,印度很少努力提供足够的道路交通事故信息。道路交通事故黑点的识别、分析和处理被广泛认为是预防道路交通事故最有效的途径之一。本研究为印度喀拉拉邦开发了一个用户友好的基于网络地理信息系统(GIS)的道路碰撞信息系统(RCIS)。该系统提供了一个增加、更新和维护道路交通事故黑点数据库的在线平台,包括分析功能。数据库维护道路交通事故报告的标准准则,从而减少数据冗余。整合来自事故地点的所有碰撞数据并根据不同的标准过滤数据是本研究的核心目标。该研究还侧重于通过在线平台系统地向公众用户分享事故黑点细节。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
测绘地理信息
测绘地理信息 Earth and Planetary Sciences-Earth-Surface Processes
CiteScore
0.20
自引率
0.00%
发文量
4458
期刊介绍:
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