Parametric analysis of a novel reconfigurable Wireless Sensor Network architecture

Wireless Sensor Networks (WSN) plays a vital role in the modern communication mechanism. These are more vulnerable to attacks due to their basic limitations such as communication distance, memory, processing, throughput and power. In this paper we analyze communication delay and energy consumption of a WSN. We propose a Novel Dynamic Reconfigurable Network Monitoring Node (DRNMN), which controls the data transactions in a WSN and reduces the delay incurred and improves the performance with energy optimization. This paper focuses using analysis of DRNMN model with LEACH protocol using NS2 simulator considering the delay, energy, throughput and performance parameters.