Mobile ad hoc networks tcp performance and comparison over routing protocols

Whenever the route does not available in network it starts the route discovery process that is become an On-Deamand.in route discovery process node sends the

In scenarios with high node density, AODV overhead has a slightly smaller values compared with DSDV overhead, which can be crucial performance parameter in choosing routing

Performance of DSR is better among AODV, DSR and DSDV in case of average throughput and number of dropped packets for increasing speed with varying terrain range..

The interference to the data traffic is also increased in the DSR network as a result to the generation of a high MAC overhead, which happens during the route discovery

Since the network relies on multi-hop transmissions in its communications, new challenges are derived to determine the multi-hop route over which data packets

This paper addresses the problem of energy- efficient and power aware data routing strategies within the Wireless Ad hoc Networks using directional antennas and considers the

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

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