Development on Web GIS-based Support System for Collecting and Sharing Information by Collaboration between Local Government and Residents

正浩, 村上; 明寛, 柴山; 嘉章, 久田; 嗣之, 市居; 信作, 座間; 真, 遠藤; 彰, 大貝; 愛, 関澤; 孝司, 末松; 五十樹, 野田

doi:10.5610/jaee.9.2_200

Cited by 3 publications

(2 citation statements)

References 2 publications

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“…Murakami et al developed a GIS-based web support system for collecting and sharing information [9]. The system supported disaster prevention activities that were the result of collaborations between local governments and residents.…”

Section: Related Workmentioning

confidence: 99%

Implementation of an Open Data Visualization System Based on Disaster Information

Ishida¹,

Koike²,

Uchida³

et al. 2018

ReBICTE

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We developed an open data visualization system called “VOICE” (Visualization of Open Data Informationfor a City in Emergency), which is intended to be used by Japanese residents both duringnormal times (NT) and emergencies and natural disasters. During NT, VOICE would provide opendata visualization of disaster prevention and risk reduction. In emergencies, VOICE would providereal-time visual data on emergency or disaster information issued by the disaster control headquarters.In addition, the system would be able to visually represent real-time information on reliefsupplies requested by emergency shelters. To evaluate the effectiveness of the open data visualizationsystem, we conducted a survey, including 28 municipal employees from the disaster preventiondivision and 60 residents who were asked to evaluate the system for operability, effectiveness, functionality,usability, and relevance. The results of the survey indicate subjects’ overwhelming positiveresponse to the system for all five measures.

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Section: Related Workmentioning

confidence: 99%

Implementation of an Open Data Visualization System Based on Disaster Information

Ishida¹,

Koike²,

Uchida³

et al. 2018

ReBICTE

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“…Based on this information, predictions of fire spread and traffic jams and the search of evacuation routes were done, and attempts were made to provide useful information to ensure smooth disaster response actions. [14][15] The citizens who arrived at the refuges reported the damages they saw when they were evacuating, and the accuracy of damage projections and disaster measures was increased by reflecting such information in the simulations. At the same time, another objective was to raise the citizens' consciousness for disaster prevention and their sense of involvement by visually showing that such citizens' information collection activities help the disaster measures.…”

Section: Demonstration Experiments In Toyohashi Citymentioning

confidence: 99%

Information sharing platform to assist rescue activities in huge disasters

Noda¹

2012

Synthesiology English edition

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Archipelago, [1] we must continuously prepare for disasters.All local governments cannot escape from the various natural disasters including earthquakes, volcanic eruptions, tsunamis, typhoons, f loods, wind damages, and heavy snow. Also, large cities such as the Tokyo metropolitan area, Keihanshin area, and Chukyo area have high density of buildings and transportations, which may magnify the effects of terrorism or disasters. In fact, major Japanese cities are ranked high as dangerous places susceptible to disasters. [2] Measures to reduce the disaster damage as much as possible are important to protect the lives and properties of the residents, and to help industrial promotion by ensuring a region where people can invest safely.In disaster measures, establishing frameworks and systems to collect and utilize information is essential along with the preparations of hardware such as earthquake-proof structures. Case-by-case decisions are necessary to deal with disasters including the unexpected, and to do so, it is necessary to gather and share as much accurate information as possible.[3] [4] In that sense, there is plenty of room for the development of a disaster prevention information system using the state-of-the-art information technology. However, in practice, during the Great East Japan Earthquake, handwritten memos were posted all over the walls and various pieces of information were scribbled on whiteboards.Communications between the organizations were mainly done by phone and fax, and these were the causes of delay and loss of communication. Of course, the importance of information collection and sharing is widely recognized,

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Development and Operation of Social Media GIS for Disaster Risk Management in Japan

Yamamoto

2015

Lecture Notes in Geoinformation and Cartography

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Development on Web GIS-based Support System for Collecting and Sharing Information by Collaboration between Local Government and Residents

Cited by 3 publications

References 2 publications

Implementation of an Open Data Visualization System Based on Disaster Information

Implementation of an Open Data Visualization System Based on Disaster Information

Information sharing platform to assist rescue activities in huge disasters

Development and Operation of Social Media GIS for Disaster Risk Management in Japan

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