Neuro‐Fuzzy‐Based Bidirectional and Biobjective Reactive Routing Schema for Critical Wireless Sensor Networks
K. M. Karthick Raghunath, G.R. Anantha Raman · 2021
Minimizing the delay factors in data transmission not only enhances the quality of service of the entire network but also makes the actuator perform the corresponding actions in a limited time span, which is the primary objective of critical wireless sensor networks (WSNs). This chapter furnishes a broader view on critical WSN, the necessity of smart routing, merits of neuro-fuzzy system (NFS), and reasonable points to employ neuro-fuzzy-based bidirectional and biobjective reactive routing schema routing strategy in dynamic WSN. It discusses the working mechanism of recent research work to demonstrate the conventional procedural culture carried out through routing protocol for dynamic and critical WSNs. The chapter illustrates the key point of the proposed objective. The core theme of the proposed work and its contributions are delivered. As a perfect consequence to the proposed work presentment, the chapter exposes the clarification on performance analysis. Finally, it summarizes some meritable points to support future enhancements.