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FAULT TOLERANT SENSOR NETWORK PROTOCOL FOR DISASTER MANAGEMENT

M. Sheik Dawood, J.Suganya, Sajin Salim2, G. Athisha

Wireless sensor network is playing a vital role in Wireless data transmission infrastructure. Due to its compressed size and energy efficient structure of senor nodes can be effectively deployed in a Wireless error prone environment where these nodes can efficiently transmit the disaster related sensed data to sink nodes. In this research study we are going to propose a model to improve the performance of the disaster management protocol. The emphasis of the research focuses on landslide based disasters. The proposed model can also be successfully integrated with other disaster management systems such as military surveillance and emergency response. In a critical application such as landslide prediction, Fault Tolerant approaches have to be followed, to ensure the availability of Sensor data, at the analysis station. In this circumstance, the proper selection of clustering architecture and ARS enabled Fault Tolerant scheme is required to improve energy efficiency of Wireless Sensor Networks