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Smartphone based Emergency Reporting and Response System in Myanmar

http://hdl.handle.net/20.500.12678/0000003024
7cdef655-24a0-4120-8af5-de61b2c6bd83
26f5ee43-6a96-4e6c-9e11-9e95680cad04
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Smartphone Smartphone based Emergency Reporting and Response System in Myanmar.pdf (587 Kb)
Publication type
Other
Upload type
Publication
Title
Title Smartphone based Emergency Reporting and Response System in Myanmar
Language en
Publication date 2018-02-01
Authors
Dim En Nyaung
Kazunori Yamaguchi
Description
The emergency case reporting and finding the shortest path to incident place is
developed in this paper. The emergency never comes with prior information. Therefore,
how to report the authorize agency in time becomes an important factor in developing
countries. And the proposed system is to overcome common problem of having manual
intervention while reporting emergency case by location-based services. As a result we
can maximize the ability to respond the hazard incidents. The system works on the
principles of client-server system: submitting the emergency case, shortest route
calculation, and reporting it to the relevant agency. The users involved in an emergency
situation can also retrieve the shortest path to the agency, e.g. a hospital. The Sever is
implemented as a Web Based Java Application. The shortest path is searched by the
Dijkstra’s Algorithm and displayed it on Google maps in appropriate scaling. Location
Coordinates and messages will send on each request by Android Application. For
creating the vector map for shortest route, QGIS (Quantum Geographical Information
System) is used as GIS Tool. Based on the integration of Web Services, XML and
PostgreSQL for Spatial Network Database (SNDB), the optimal routes from location of
authorized agency to incidents site was developed. Moreover, it can support the collection
and statistical presentation of emergency and accident data for further analysis.
Keywords
smartphone-based emergency report, Dijkstra’s algorithm, GIS
Identifier 10.14992/00015574
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