Scalability Aware Energy Consumption and Dissipation Models for Wireless Sensor Networks

Abstract

Most of Wireless Sensor Networks researches focus on reducing the amount of energy consumed by nodes and network to increase the network lifetime. Thus, several papers have been presented and published to optimize energy consumption in each area of WSNs, such as routing, localization, coverage, security, etc. To test and evaluate their propositions, authors apply an energy dissipation model; this model must be more realistic and suitable to give good results. In this paper we present a general preview on different sources of energy consumption in wireless sensor networks, and provide a comparative study between two energy models used in WSNs that offer an effective and an adequate tool for researchers.

n-Tier Modelling of Robust Key management for Secure Data Aggregation in Wireless Sensor Network

“…Manjunath B.E and Rao [33] have demonsgtaretd a technique of security in the framework of WSN which is presented two kinds of sensor node deployed with various abilities. Fissaoui et al [34] have illustrated and published to enhance power consumption in every field of the WSNs, such as, a) localization, b) a) routing, c) coverage, d) security, etc. The next section highlights the significant limitation explored from above mentioned security-based approach in WSN.…”