Routing in Large Scale tactical mobile ad hoc Networks

Theses nodes participate correctly in routing function but not forward data packets it receive for other node; so data packets may be dropped instead of being forwarded to their

PARA anticipates the presence of concave nodes by forwarding the packet to the node which has the highest number of good neighbors, thus attempting to raise

Taking in mind the different problems and constraints described above, we propose a simple energy consumption speed-based mechanism that aims to maximize the network lifetime and

The routing information is stored in multicast routing table. After tree construction, multicast forwarding part begins to deliver datagram. Nodes can join or leave the multicast

For a given number of hops and inter-node distances, we have considered the problem of characterizing the solution of the third sub-problem assuming that the objective is to find

The expected result is that, when a mobile host is allowed to use multi-hop forwarding in order to interact with a large number of neighbouring hosts, documents can disseminate

The expected result is that, when a mobile host is allowed to use multi-hop forwarding in order to interact with a large number of neighbouring hosts, documents can disseminate

Our approach, based on the principle of reactivity, is used to model the behavior of the system due to context changes on the tuple space and to handle the execution of mobile agents