This paper demonstrates how the congestion-adaptive routing protocol improves E2E delay and PDR in mobile ad hoc networks, suggesting its superiority over traditional methods.
Key Points
CRP shows superior performance in mobile ad hoc networks compared to traditional routing protocols.
The E2E delay with CRP improved by 85%, while PDR reached 53.84% enhancement in data delivery.
Performance reductions in overhead and energy consumption were noted at 20.68% and 23.07%, respectively.
Results compared CRP with DSR, TORA, OLSR, and AODV, validating its effectiveness under congestion-aware conditions.