Efficient Communication Routing Through WiMax Network During Disaster

Author:

Vanitha U,Sivaramakrishnan S,Karthika S,Babukarthik R G

Abstract

Abstract During emergency situation like flood, Volcano, tsunami etc., the communication has to reach all the people in that area within a short span of time ensuring the necessary quality of service (QoS). The time at which the information is conveyed save a lot of life. In this paper we propose a communication through a Wi-max technology which broadcast information to all the nodes within the location. The node cooperates among them so that the information is conveyed to all the nodes within the coverage range of the Wi-max. Many cities are affected by some natural disaster where many lives are lots. The implementation of this technology cannot prevent the natural disturbance and certainly give warnings to people and save the valuable human lives. The WiMax network is implemented in Qualnet and various network parameters are measured when the node is mobile and non-mobile.

Publisher

IOP Publishing

Subject

General Medicine

Reference11 articles.

1. Qos Improvements in mobile WiMAX networks;Perumalraja;AHU J of Engineering & Applied Sciences,2010

2. IEEE Standard 80216: A Technical Overview of the Wireless MAN Air Interface for Broadband Wireless Access;Eklund,2002

3. Performance of Wi-Max receiver in presence of DS-UWB System;Sarfaraz;ELECTRONICS LETTERS 8th December,2005

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