Seybold Report ISSN: 1533-9211
S. Venkatasubramanian1,*, Dr. A. Suhasini2 S.HariPrasath3 , R.Vijay4
Vol 18, No 3 ( 2023 ) | Licensing: CC 4.0 | Pg no: 233-249 | Published on: 30-03-2023
Abstract
MANET – Mobile Ad Hoc Network, a dynamic and structureless network, has various applications footprints. Routing is an important concept which forwards the packets to destination nodes through the intermediate nodes. But discovering an optimal routing system is challenging because unstable data transmission makes routing more complex. Several works evolved in achieving an optimum routing system. Most of the approaches discussed the single path where it will not work on diverse applications. On the other hand, the existing multipath methods suffer from high energy consumption. In this paper, to overcome these issues, we proposed Ticket Manager - fuzzy logic-based AODV routing protocol (TM-FLAODV). It involves two implementations, such as token manager execution, and the execution of improved fuzzy logic-based AODV routing protocol. The token manager enables a central monitoring system for identifying the node's energy level and other node properties, ensuring there is no link failure in the network. The improved fuzzy logic-based AODV routing protocol achieves optimal multipath routing, which is also effective on diverse applications. To evaluate the performance of the proposed Ticket Manager - fuzzy logic-based AODV routing protocol (TM-FLAODV),the Ticket – ID-based routing management system (T-ID BRM) and the Fuzzy logic based AODV routing protocol are compared (FL-AODV). The comparison metrics taken for consideration are average reliability, average end-end delayaverage link connectivity and Number of Hops. The obtained results prove that the performance achieved by the proposed TM-FLAODV in all aspects is more efficient than the others.
Keywords:
MANET, Routing protocol, Multipath, energy consumption