Framework for Cooperative Routing Optimization in FANETs: A Multi-Agent Perspective

Design of effective routing network for Flying Ad-Hoc Networks (FANETs) is difficult due to its inherent dynamic nature, constantly shifting topology, and resource constraints, despite of all this important of FANET in various application like surveillance, disaster management and environmental survey proven crucial. Continuous development in the field of strategies for route optimization, node synchronization, and efficient resource allocation is crucial to overcoming these obstacles. Recommended Cooperative routing architecture based on multi-agent systems shows the improvement in connection dependability, latency, and improve energy efficiency, in this. The methodology applies agent-based cooperation to adjust to dynamic nature of network. Results obtained from simulations on a FANET scenario with 20 UAVs show significant gains as 15.6% growth in connection dependability, an 18.7% reduction in latency, and a 24.3% decrease in energy usage as compared to conventional routing protocol