Development of Social Media GIS to Support Information Utilization from Normal Times to Disaster Outbreak Times

Abstract

The present study aims to design, develop, operate and evaluate a social media GIS (Geographical Information Systems) specially tailored to mash-up the information that local residents and governments provide to support information utilization from normal times to disaster outbreak times in order to promote disaster reduction. The conclusions of the present study are summarized in the following three points. (1) Social media GIS, an information system which integrates a Web-GIS, an SNS and Twitter in addition to an information classification function, a button function and a ranking function into a single system, was developed. This made it propose an information utilization system based on the assumption of disaster outbreak times when information overload happens as well as normal times. (2) The social media GIS was operated for fifty local residents who are more than 18 years old for ten weeks in Mitaka City of Tokyo metropolis. Although about 32% of the users were in their forties, about 30% were aged fifties, and more than 10% of the users were in their twenties, thirties and sixties or more. (3) The access survey showed that 260 pieces of disaster information were distributed throughout the whole city of Mitaka. Among the disaster information, danger-related information occupied 20%, safety-related information occupied 68%, and other information occupied 12%.

Authors and Affiliations

Kayoko YAMAMOTO, Shun FUJITA

Keywords

Related Articles

Evaluation of the Impact of Usability in Arabic University Websites: Comparison between Saudi Arabia and the UK

Today usability is a crucial factor that can affect any website. The purpose of this study is to explore major usability defects within Saudi university websites in comparison to British university websites from a Saudi...

A Survey on the Internet of Things Software Arhitecture

The Internet of Things (IoT) is a concept and a paradigm that considers the pervasive presence in the environment of a variety of things/objects through wired or wireless that are uniquely addressed and are able to inter...

Multicast Routing Problem Using Tree-Based Cuckoo Optimization Algorithm 

The problem of QoS multicast routing is to find a multicast tree with the least expense/cost which would meet the limitations such as band width, delay and loss rate. This is a NP-Complete problem. To solve the problem o...

Faculty’s Social Media usage in Higher Education Embrace Change or Left Behind

This paper addresses faculty members’ (academic staff) viewpoints on benefits, barriers and concerns of utilizing social media and also investigates differences with respect to their social media experience in teaching,...

Text Independent Speaker Identification using Integrating Independent Component Analysis with Generalized Gaussian Mixture Model

  Recently much work has been reported in literature regarding Text Independent speaker identification models. Sailaja et al (2010)[34] has developed a Text Independent speaker identification model assuming tha...

Download PDF file
  • EP ID EP138119
  • DOI 10.14569/IJACSA.2015.060901
  • Views 69
  • Downloads 0

How To Cite

Kayoko YAMAMOTO, Shun FUJITA (2015). Development of Social Media GIS to Support Information Utilization from Normal Times to Disaster Outbreak Times. International Journal of Advanced Computer Science & Applications, 6(9), 1-14. https://europub.co.uk/articles/-A-138119