Secure Ad Hoc on-Demand Distance Vector Using Shortest Path Routing in MANET
K. Thamizhmaran · Zenodo (CERN European Organization for Nuclear Research) · 2022
In preference, MANET routing protocols must also support forced low-power devices. AODV is flat to attacks like modification of sequence numbers, modification of hop counts, source route and production of error messages. AODV does not specify any special security measures. The proposed scheme we have to using a shortest path used to avoiding any type of attacking model on the network. Route Request and Route Reply from the data transmission on the source to destination on network process. Mainly to focus on compare the AODV with proposed secure routing to reduce the packet delay and improve network performance and then saving an energy level of the network.In preference, MANET routing protocols must also support forced low-power devices. AODV is flat to attacks like modification of sequence numbers, modification of hop counts, source route and production of error messages. AODV does not specify any special security measures. The proposed scheme we have to using a shortest path used to avoiding any type of attacking model on the network. Route Request and Route Reply from the data transmission on the source to destination on network process. Mainly to focus on compare the AODV with proposed secure routing to reduce the packet delay and improve network performance and then saving an energy level of the network.