Abstract

The increasing rate of population has led to an increasing number of mobile nodes. Mobile ad-hoc networks (MANET) are facing many challenges in reducing the network traffic and nodes energy consumption, decreasing the delay, and increasing the network performance. In this paper energy-efficient, congestion control, and trust-based routing techniques for MANET using sealed-bid auction game theory are implemented. The simulation tool used is network simulator (NS2). Five different trust-based routing methods are compared, and the results are analyzed based on sealed-bid auction-based energy-efficient route selection in MANET (SBA_EERS), random early detection with energy-aware auction-based route selection in MANET (RED_EARS), trust-based routing, trust-embedded AODV (ad-hoc distance vector routing), opinion-based trusted AODV and trust-based multipath routing.

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