Modeling Multiple Hop Wireless Networks With Varying Transmission Power and Data Rate
Wireless multi-hop networks can vary both the transmission power and modulation of links. Those two parameters provide several design choices, which influence the performance of wireless multi-hop networks, e.g., minimize energy consumption, increase throughput, reduce contention, and maximize link quality. However, only network-wide metrics are considered in previous works. Further, per-flow performance metrics, such as the end-to-end energy consumption and latency, have not been studied. Those parameters directly impact the experience of users, which should be considered in capacity and performance studies. The authors' model incorporates per-flow metrics while also considering fading, contention, hidden terminals and packet error probabilities.