Performance of Internal Routing Protocols Computer Science Essay
Various routing protocols 15,16,17 have been proposed in the literature for OppNet based on different techniques used for route estimation, such as flood-based, probability, social networks, game theory, fuzzy logic, and machine learning. Suitable routing protocols related to these route estimation techniques are: The selected routing protocols were then evaluated in terms of key performance metrics including throughput, packet loss, packet collision, and average end-to-end delay. Our obtained simulation results show that the performance of the routing protocols largely depends on the application throughput, the average delay and. This research paper reports a simulation-based comparative study of the Interior Gateway Routing Protocols IGRP under different scenarios. Their performance is observed and discussed by analyzing the. It usually chooses the shortest path between the transmitter and the receiver. Routing protocols most commonly used are path vector, distance vector routing, link state routing, etc. Network layer protocols. Various protocols are used in the network layer. Each protocol is used for a different task. Below are the protocols used in the. Moreover, compared with the shortest path SP and efficient path EP global routing strategies, local routing protocols under the restrictive queue length algorithm RQL, the spread of viruses is greatly reduced and unexpectedly becomes comparable to the traditional shortest path strategy and overcomes the efficient path. Such type of network topology suffers from longer end-to-end delays and consumes a larger number of hops within the network. 4. Network performance metrics for energy routing protocol efficiency In MANET, the calculation of energy routing protocol efficiency depends on the different network performance metrics. 4.1.EIGRP: Enhanced Interior Gateway Routing Protocol is Cisco's proprietary routing protocol that uses Diffusing-Update Algorithm DUAL. It is known as hybrid protocol because it has features of both the Distance-Vector and Link-State routing protocol families that have recessive compatibility with the IGRP routing protocol. It checks any routing changes,