Fuzzy-controlled Rebroadcasting in Mobile Ad Hoc Networks

The proposed model is represented by a weighted semantic network composed of two kinds of nodes – one for presenting the concepts (concept nodes) and the other for

Key words: Ad hoc network, optimized link state routing, malicious node, hello interval, network performance evaluation, routing protocol, Dynamic Source Routin

The best possible outcomes obtained from the above proposed fuzzy logic based protocol helps a mobile Ad- Hoc network to choose an efficient edge on the basis of

(See Resiliency Analysis) As for the national network, we perform airports removals targeting the most central nodes in the network, according to the number of

The best possible outcomes obtained from the above proposed fuzzy logic based protocol helps a mobile Ad- Hoc network to choose an efficient edge on the basis of

network with fuzzy logic based deployment of overlay nodes yeilds better result compared to normal selfish. overlay network(selfish Network with random deployment of overlay

The protocol performance evaluation for an ad-hoc network is necessary to be tested under realistic conditions, especially including the movement of the mobile nodes which

As a rule of thumb, the optimal number of nodes awaken to broadcast messages within a transmission range is constant with a given network size and path loss exponent for a