SSeS: A self-configuring selective single-path routing protocol for cloud-based mobile wireless sensor network

Abstract

Mobile wireless sensor networks (MWSN) are most popular for new generation of sensor networks. Now a days’ many applications such as health monitoring, environment monitoring or surveillance, the performance of MWSNs are much more versatile than WSNs. Some protocols from MANET such as AODV, DSR and GPSR are able to work on this environment. This manuscript has focused on two major issues. Firstly, formulating an energy-aware selective stable single-path routing protocol for MWSNs that is pertinent to the present challenges of the researchers. Secondly, presenting a germane architecture that can accumulate the data and synchronize with cloud database at periodic interval in order to predict about ominous situation. Coda of the manuscript presents the simulation result of our proposed algorithm and behavioural analysis of successful packet delivery from source to sink node with respect to node density and node mobility condition. Our proposed single-path selection methodology ameliorates the overall network lifetime in case of high network traffic.