Prospect of Low Power Sensor Network Technology in Disaster Management for Sustainable Future

Author:

Prusty Alok R.1,Mohanty Ankita2

Affiliation:

1. VIT Bhopal University, India

2. IGIT Sarang, India

Abstract

Countries with better disaster management plans can better signify their existence. The earthquake is one such hazardous catastrophe that leads to heavy damage. Disaster management does not avert or eliminate the threats fully; instead, it focuses on use of technology, creating plans to lessening the effect of disasters up to significant level. Depending on the magnitude and type of waves, earthquakes crush everything, from buildings to small houses, from towers to trees, and from roads to bridges. Tsunamis and landslides follow its way as well. After the earthquake comes, the settling of things back to normal involves a lot of time, money, and manpower as well. Hence, the only solution of this is leading-edge technology support. Sensor network technology is one of the proven techniques for not only varieties of early warning, prediction, and detection systems but also post-phenomenon rescue and support. This chapter will help researchers and policy makers to think fresh on disaster management with sensor network technology.

Publisher

IGI Global

Reference46 articles.

1. Earthquake early warning system by IOT using Wireless sensor networks

2. Disaster Management Projects Using Wireless Sensor Networks: An Overview

3. Bluestone, J. R. (2010). Why the earth shakes: Pre-modern understandings and modern earthquake science (PhD thesis). Faculty of the graduate school, University of Minnesota.

4. Disaster management: A disaster manager’s handbook;W. N.Carter;Disaster management: A disaster manager’s handbook,1991

5. CGT_NetRaising_8Earthquakeconclusion. (n.d.). Retrieved from https://www.rgs.org/.../CGT_NetRaising_8Earthquakeconclusion.pdf

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