K. Oudidi, A. Hajami, and M. El Koutbi (Morocco)
Mobile ad hoc networks, quality of service, routing protocol,, routing metric, mobility, residual energy.
This paper proposes a new routing approach that combines the residual bandwidth, energy and mobility of the network nodes. Metrics are designed to cope with high mobility and poor residual energy resources in order to find optimal paths that guarantee QoS constraints. A maximizable routing metric theory has been used to find a metric that selects, during the routing process, routes that are more stable, that offer a maximum throughput and that live for a long time. The OLSR (Optimized Link State Routing) protocol, which is an optimization of link state protocols designed for MANETs (Mobile ad hoc Networks) is used as a test bed in this work. We demonstrate that our proposed composite metrics selects a more stable MPR set than the QOLSR algorithm which is a well known QoS OLSR extension. By mathematical analysis and simulations, we have shown the efficiency of this new approach in term of routing load, packet delivery fraction and delay.
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