A Web-based Geographic Information System for Aceh Natural Hazards

Nasaruddin, Nasaruddin; Munadi, Khairul; Dirhamsyah, M.; Yuliansyah, Dedi

doi:10.12928/telkomnika.v9i1.673

Cited by 12 publications

(8 citation statements)

References 4 publications

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“…Furthermore, other systems can also be implemented further by considering the result from this study, i.e. Geographic Information System [24].…”

Section: Resultsmentioning

confidence: 99%

Developing Distributed System With Service Resource Oriented Architecture

Sarno

2012

TELKOMNIKA

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Service oriented architecture (SOA) merupakan paradigma desain dari rekayasa perangkat lunak untuk skala enterprise yang dibangun di dalam lingkungan sistem terdistribusi. Paradigma ini ditujukan pada abstraksi fungsionalitas aplikasi sebagai sebuah layanan melalui protokol teknologi layanan web yang disebut dengan simple object access protocol (SOAP). Adapun SOAP bersifat statis dan berorientasikan pada metode layanan sehingga memiliki keterbatasan dalam pembuatan dan pengaksesannya pada jumlah layanan yang besar. Karena itu dalam penelitian ini dilakukan kombinasi SOA dengan resource oriented architecture (ROA) yang berorientasi pada sumberdaya layanan menggunakan representational state transfer (REST) untuk memperluas cakupan layana. Kombinasi arsitektur ini disebut sebagai service resource oriented architecture (SROA). SROA mampu mengoptimalkan distribusi aplikasi dan integrasi layanan yang diimplementasikan untuk membangun perangkat lunak manajemen proyek. Untuk merealisasikan model ini, perangkat lunak dibangun sesuai dengan kerangka kerja Agile model driven development (AMDD) untuk mengurangi kompleksitas pada semua tahapan proses pembangunan perangkat lunak.

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“…Furthermore, other systems can also be implemented further by considering the result from this study, i.e. Geographic Information System [24].…”

Section: Resultsmentioning

confidence: 99%

Developing Distributed System With Service Resource Oriented Architecture

Sarno

2012

TELKOMNIKA

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“…The constructions of data, hardware and software are forming a comprehensive system of electronic map which can provide all-around, real-time, dynamic navigation and information services to the public. According to the functions, the navigation electronic map system can be divided into three parts: navigation map data system, navigation electronic map design system and navigation electronic map application system [5], they are shown in Figure 1. The navigation electronic map system consists of hardware equipment, map data and software system from the point of view of structure.…”

Section: Structure Of the Navigation Electronic Map Systemmentioning

confidence: 99%

Research and Design on Navigation Electronic Map System

Liu

Dai

et al. 2013

TELKOMNIKA

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AbstrakMakalah ini mengedepankan definisi baru peta navigasi elektronik berdasarkan konsep asli dari peta navigasi elektronik, perancangan struktur sistem peta navigasi elektronik yang berisi tiga bagian: peralatan perangkat keras, sistem data dan sistem perangkat lunak, dan menganalisa setiap bagian secara detail, pada bagian akhir paper ini membahas kerangka fungsional dari peta navigasi elektronik. Kata kunci: navigasi, peta elektronik Abstract This paper puts forward the new definition on the basis of the original concept of the navigation electronic map, designs the structure of the navigation electronic map system which contains three parts:hardware equipment, data system and software system, and analyzes each part of them in detail, finally this paper discusses the functional framework of the navigation electronic map. Keywords: navigation, electronic map IntroductionThe navigation electronic map is the result of the comprehensive application of the spatial information acquisition technology, the navigation and positioning technology, the computer technology, the database technology and the visualization technology in the field of mapping and it is the new form of the development of digital maps. Because it can provide the convenient and fast information for the people's daily lives and travel, the navigation electronic map gets more and more wide application and has become an essential part of modern life. With the arrival of the Smarter Planet era, the navigation electronic map industry has become a new high-tech field with the rapid development, deeper application, and the increasing popularity. So the related technology research, the design and development of the system, the data updating and other researches of the navigation electronic map have become the hot spot of the contemporary cartography.

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“…Significant focus should be placed on this issue as earthquakes still frequently occur in the region. Furthermore, Aceh is very prone to various other natural hazards, including volcanic eruptions, floods, landslides and strong wind (Nasaruddin et al, 2011). One of the factors and a countermeasure for DRR is the availability of an adequate information system on the disaster risks, as this information can play an important role in three stages: prior to, during and after a disaster occurs (Wategama, 2007;UN-APCICT).…”

Section: Introductionmentioning

confidence: 99%

“…It visualizes hazards, vulnerabilities, and risks of various natural and man-made disasters that occur in Germany. However, the Aceh province of Indonesia has no such mechanism or tool that can be used for managing the disaster risks and hazards, irrespective of the fact that the province is known as one of the most disaster prone regions (Nasaruddin et al, 2011;Nasaruddin, 2011). The early stage of disaster management in Aceh requires various information at district and provincial levels that should be collected, mapped and uploaded through a system.…”

Section: Introductionmentioning

confidence: 99%

Interactive Internet-Based Disaster Risk Information System for Tsunami-Hit Aceh Province of Indonesia

Nasaruddin

Ardiansyah

Munadi

2016

JICT

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Aceh is facing not only tsunami threats, such as the 2004 Indian Ocean Tsunami that caused massive devastation to the region, but also other natural disasters, such as earthquakes, landslides and volcanic eruptions. One of the factors that can contribute to reducing disaster is the availability and accessibility of risk knowledge. This knowledge is essential to keep people aware and well prepared to face impending disasters. This study proposes an interactive internet-based disaster risk management information system (DRMIS) for the Aceh province. The DRMIS serves as an online disaster risk map as well as a tool for communicating risk knowledge. An iterative approach to designing, developing and implementing the system is introduced. The DRMIS, which is currently accessible online, and its features, are described. The proposed system offers interactive display of four thematic maps, covering hazards, vulnerability, capacity and disaster risk of the most common natural hazards in Aceh.

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A Web-based Geographic Information System for Aceh Natural Hazards

Abstract: Abstrak

Cited by 12 publications

References 4 publications

Developing Distributed System With Service Resource Oriented Architecture

Developing Distributed System With Service Resource Oriented Architecture

Research and Design on Navigation Electronic Map System

Interactive Internet-Based Disaster Risk Information System for Tsunami-Hit Aceh Province of Indonesia

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