Revolutionizing Nanocommunication Networks: A Review of Bio-Inspired Synchronization Techniques

Nano-communication networks have become a popular area of research due to their potential applications in various fields such as biomedicine, environmental monitoring, and industrial control. However, achieving synchronization in such networks is a challenging task due to the limited resources available for communication and computation. This review article explores the use of bio-inspired synchronization techniques, specifically quorum sensing, to address this challenge. We discuss the concept of quorum sensing, its mechanisms, and its potential applications in nano-communication networks. We also present simulation results to demonstrate the effectiveness of bio-inspired synchronization in nano-communication networks.