Mobility-Based Optimized Multipath Routing Protocol on Optimal Link State Routing in MANET
Lavanya K V, R. Indira, A. Velmurugan, M. Janani · 2023
Mobile Ad-hoc Networks (MANETs) connect a mobile node for transferring data from a source to a destination. Mobile nodes because no infrastructure network communicates through wireless without an access point. MANET does not have a centralized controller and has a dynamic network topology, which increases link failure and energy consumption resulting in excessive path delay, loss of Quality of service (QoS), and reduced throughput during data communication. Congestion is a significant problem when the QoS of the link carrying the data is degraded. Routing is one of the main problems of MANET due to the very dynamic and distributed nature of MANET. This research proposes a Mobility-Based optimized Multipath Routing Protocol (MBOMRP) and an Efficient, Reliable Link-State Transmission (ERLST) algorithm to overcome these problems. The proposed Mobility-Based optimized Multipath Routing Protocol (MBOMRP) is utilized for route discovery and maintenance to avoid traffic and sleeping nodes efficiently. ERLST algorithm is used for efficient data transmission to improve QoS parameters such as throughput packet delivery rate and minimize end-to-end latency performance. The proposed MBOMRP-ERLST algorithm improves data communication network lifetime, avoids link failures, and provides efficient results compared with previous algorithms.