Sunil Taneja

Energy efficient routing for MANET

A recent trend in ad hoc network routing is the reactive on-demand philosophy where routes are established only when required. Most of the protocols in this category, however, use single route and do not utilize multiple alternate paths. This paper proposes an analytical analysis of energy parameters, their usage and their evaluation in ad hoc networks. The scheme is incorporated with the AODV and DSR protocols and the performance has been studied through simulation.

A Secure and Power Efficient Routing Scheme for Ad Hoc Networks

A recent trend in Ad Hoc network routing is the reactive ondemand philosophy where routes are established only when required. Security and Power efficiency are the major concerns in this field. This paper is an effort to combine these factors of security and power to achieve more reliable routing. Most of the protocols in this category are either incorporating security features or considering power factor. In the study no existing protocol is merging the two factors to see results. The ad hoc environment is accessible to both legitimate network users and malicious attackers. The ad hoc environment has the constraint of power factor. The proposed scheme is intended to incorporate both factors on existing protocols. The study will help in making protocol more robust against attacks and implementing power factor to achieve stable routing in routing protocols

Making MANET Energy Efficient

A recent trend in ad hoc network routing is the reactive on-demand philosophy where routes are established only when required. Most of the protocols in this category, however, use single route and do not utilize multiple alternate paths. This paper proposes a scheme to improve existing on-demand routing protocols by introducing the power aware virtual node scheme in whole scenario. The scheme establishes the multi paths without transmitting any extra control message. It offers quick adaptation to distributed processing, dynamic linking, low processing and memory overhead and loop freedom at all times. This scheme uses the concept of Power awareness among route selection nodes. It is done by checking power status of each node in the topology which insures fast selection of routes with minimal efforts and faster recovery. The scheme is incorporated with the Ad-hoc On-Demand Distance Vector (AODV) and Dynamic Source Routing (DSR) protocol and the performance has been studied through simulation.