INTEGRATING MMS AND GIS TO IMPROVE THE EFFICIENCY AND SPEED OF MAPPING OF URBAN ROAD DAMAGE CONDITIONS IN MATARAM, INDONESIA

IF 0.7 Q4 GEOGRAPHY, PHYSICAL

Geographia Technica Pub Date : 2023-11-18 DOI:10.21163/gt_2024.191.02

I. D. Made, Alit Karyawan, Hariyadi Hariyadi, Didi Iskandarsyah, Made Mahendra

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引用次数: 0

Abstract

: An effort to maintain roads still in condition in Mataram City required maintenance even reconstruction. Related matter that, necessary information fast about condition surface road. This is important so can make decisions in handling the road. Information in the form of a map showing the condition and location of road damage is very helpful in speed of handling. Making maps relies heavily on data readiness to calculate road damage. Using application Mobile Mapping System (MMS) for damage data collection through photo tagging and Geographic Information Systems (GIS), can speed up making maps. The method used in the analysis of damaged roads is method Surface Distress Index (SDI). Based on the application This obtained the type of damaged road and at the same time position with synchronization location using GPS. The result of is novelty study is a map condition of surface roads in the city of Mataram spread out over 6 sub-sub-districts It is in condition good until damaged heavily. Based on the total length of Mataram City roads (312,529 km), the conditions and handling patterns provided are: (1) Good (85%): Routine maintenance (light green); (2) Medium (9%): Light rehabilitation (green); (3) Minor damage (3%): Heavy rehabilitation (yellow); and (4) Heavy damaged (3%): Reconstruction (red).

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整合毫米波和地理信息系统，提高印度尼西亚马塔拉姆城市道路损坏状况绘图的效率和速度

:努力维护马打兰市仍处于需要维护甚至重建状态的道路。因此，需要快速了解路面状况。这一点非常重要，以便在处理道路问题时做出决策。以地图形式显示道路状况和损坏位置的信息对加快处理速度非常有帮助。绘制地图在很大程度上依赖于计算道路损坏情况的数据准备。通过照片标记和地理信息系统 (GIS) 使用移动制图系统 (MMS) 来收集损坏数据，可以加快地图绘制速度。用于分析受损道路的方法是地表损毁指数法（SDI）。在此应用的基础上，我们获得了受损道路的类型，同时利用全球定位系统（GPS）获得了同步位置。这项新颖研究的结果是马打兰市 6 个分区的地表道路状况图。根据马打兰市道路总长度（312529 公里），提供的状况和处理模式如下：(1) 良好（85%）：日常维护（浅绿色）；（2）中等（9%）：轻度损坏（3%）：重度修复（黄色）；以及 (4) 重度损坏（3%）：重建（红色）。

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

Geographia Technica GEOGRAPHY, PHYSICAL-

CiteScore

2.30

自引率

14.30%

发文量

期刊介绍： Geographia Technica is a journal devoted to the publication of all papers on all aspects of the use of technical and quantitative methods in geographical research. It aims at presenting its readers with the latest developments in G.I.S technology, mathematical methods applicable to any field of geography, territorial micro-scalar and laboratory experiments, and the latest developments induced by the measurement techniques to the geographical research. Geographia Technica is dedicated to all those who understand that nowadays every field of geography can only be described by specific numerical values, variables both oftime and space which require the sort of numerical analysis only possible with the aid of technical and quantitative methods offered by powerful computers and dedicated software. Our understanding of Geographia Technica expands the concept of technical methods applied to geography to its broadest sense and for that, papers of different interests such as: G.l.S, Spatial Analysis, Remote Sensing, Cartography or Geostatistics as well as papers which, by promoting the above mentioned directions bring a technical approach in the fields of hydrology, climatology, geomorphology, human geography territorial planning are more than welcomed provided they are of sufficient wide interest and relevance.