Improving the Energy Utilization of BeeSensor using Block Perturbation Strategy for Wireless Sensor Networks

摘要

Objectives: The main concept and aim is to utilize the energy as efficiently as possible through implementing bee hive method through proposed block perturbation strategy based bee sensor. Methods and Analysis: The design scheme of three phase protocols are stimulated from biological systems to create a decentralized features and more advantageous routing protocol, an important performance metrics are implemented especially to improve the protocols behaviors based on analysis. In proposing with an additional parameter of Block Length (BL), the scouting algorithm needs an up gradation. Instead of following the standard scouting, performing the scouting process in a different way can be done. Findings: At present development in technology the power-aware, scalable and efficient routing protocols for Wireless Sensor Networks (WSNs) plays an crucial role in research area. In this, the main concept and aim is to utilize the energy as efficiently as possible through implementing bee hive method through proposed block perturbation strategy based bee sensor. Bee hives consist of a queen bee, packers, scouts, foragers, swarms. Each members of the colony are taken and their activities are observed. It is resembled that same process is imitated in the wireless sensor networks methods are commonly referred as swarm intelligence. Improvement: The proposed mechanism has been implemented using network simulator and then evaluated its performances. The performance results exhibits the utilization of three phase protocols to attain the good performance with the minimum communication and costs efficiency for Bee Sensor network.