NFRM - A Node Failure Recovery Mechanism for Mobile Wireless Sensor Networks
Keywords:
Node Failure Detection, Recovery Mechanism, Cross Layer Technique, Mobile Wireless Sensor Network, Trust Signal.Abstract
Wireless Sensor Networks (WSNs) have revolutionized communication networks and are utilized in various applications such as environmental monitoring, military surveillance, and healthcare. Despite their widespread use in data transmission, the mobility of sensor nodes between clusters often results in high energy consumption and data loss, driving researchers to explore different routing protocols. However, the previous routing protocols were unable to reduce energy consumption and data loss. Many issues in data transmission with the sensor nodes and nature of resource constrained. To address the limitations of WSN, in previous research paper D Swapna et al, used a Cross Layer Technique for Cluster Routing Protocol(CLT-CRP) for Mobile Wireless Sensor Network(MWSN). Even though the CLT-CRP contributed significantly to the field of MWSN by providing an innovative solution to address the limitations data transmission and energy consumption, but resolution for node failure is still alive. To overcome the CLT-CRP problem in MWSN, in this research work proposed Node Failure Recovery Mechanism(NFRM). The NFRM provide alternate way for data transmission and avoid loss of data and reduce delay. The mechanism also resolution for recovery of node failure. The detection of node failure mechanism is made using NS2. The performance is verified the comparison of LEACH and CRPD using NS2 simulation. The simulation results indicate that NFRM achieves improved performance in terms of delay, PDR, energy, throughput, Overhead and Communication Cost.
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