Reliable and Efficient Broadcasting in Asymmetric Mobile Ad Hoc Networks Using Minimized Forward Node List Algorithm

Throughout , a discussion of existing mobile ad hoc networks' routing protocols’ types and their advantages and disadvantages was given and a list of existing proactive, reactive and

if timeout period of sender node is x then timeout period of receiver node will be (x-m), where m will be critical factor. This factor [16] helps us to control the

In Case 1, i,e., for high level of security ( sec_ level = 1), during routing process, the source and destination nodes separately verify the authenticity of all other nodes in

Due to high mobility of nodes and electing fixed cluster head, there are many routing problems in the basic K-means method .The main objective of this proposed algorithm is

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

An enhanced counter-based scheme is proposed in [18] which accepts parameters like number of network nodes, area of the network and uniform radio-range of nodes to

Approach: Network coding-based broadcasting was proposed which focuses on reducing the number of transmissions each forwarding node performs in the multiple source/multiple

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