Energy Efficient Multipath Routing Protocol for Mobile Ad Hoc Network Using the Fitness Function
Energy Efficient Multipath Routing Protocol Mobile Ad Hoc Network (MANET) is a collection of mobile wireless nodes that form a temporary network dynamically without relying on any infrastructure or central management,proportion. projects reports on Energy Efficient end-to-end delay,projects on Energy Efficient multipath network lifetime and routing overhead efficiency metrics, variable device velocity, packet size and simulation time.The findings obviously show that, under the bulk of network efficiency metrics and parameters, the suggested FF-AOMDV outperformed AOMDV and AOMR-LM.
Energy Efficient Multipath Routing Protocol Computer and wireless communications technology efficiency has progressed in latest years.These networks should have multiple, dynamic, random and occasionally rapidly changing topologies These networks.These topologies may consist of relatively bandwidth-compressed wireless connections.Ad-hoc networks are vital to wireless network development since they consist of mobile nodes that communicate without central control over wireless connections.
Ad-hoc wireless networks are a direct result of traditional wireless and mobile communication problems, such as bandwidth optimisation,projects on Energy Efficient multipath quality improvement and power control.Ad-hoc networks also pose new research problems such as advertising configuration, detection and maintenance due to their multi-hop nature, lack of fixed infrastructure, ad-hoc addressing and routing.
There have been numerous proposals on different approaches and protocols as there are multiple standardization efforts in the Internet Engineering Task Force and as academic and industrial undertakings.
We proposed a new energy-efficient multi-path routing algorithm called FF-AOMDV simulated using NS-2 under three different scenarios, varying node speed, packet size and simulation time.projects reports on Energy Efficient Five performance metrics (packet delivery ratio,throughput, end-to-end delay, energy consumption, and network lifetime) tested these scenarios.
Energy Efficient Multipath Routing Protocol Results of the simulation showed that the proposed FF-AOMDV algorithm performed much better than both AOMR-LM and AOMDV in performance, packet delivery and end-to-end delay. projects reports on Energy Efficient and It also performed well against AOMDV for more energy conservation and better lifespan of the network.
projects on Energy Efficient multipath There are several scenarios that could be implemented with this study to improve energy consumption and network lifetime. For instance, it is possible to consider another network resource which is the bandwidth as another fitness value.