HDR - A Hysteresis-Driven Routing Algorithm for Energy Harvesting Tag Networks
Adrian Segall

TL;DR
This paper introduces HDR, a hysteresis-driven routing algorithm designed for energy harvesting networks, analyzing its performance in simple network topologies to provide insights for broader applications.
Contribution
It presents the first routing algorithm specifically tailored for energy harvesting networks and analyzes its effectiveness in simple network models.
Findings
HDR effectively manages energy variability in simple networks
The analysis provides insights for applying HDR to complex topologies
Results suggest HDR improves routing stability in energy harvesting scenarios
Abstract
The work contains a first attempt to treat the problem of routing in networks with energy harvesting units. We propose HDR - a Hysteresis Based Routing Algorithm and analyse it in a simple diamond network. We also consider a network with three forwarding nodes. The results are used to give insight into its application in general topology networks and to general harvesting patterns.
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Taxonomy
TopicsEnergy Harvesting in Wireless Networks · Energy Efficient Wireless Sensor Networks · Opportunistic and Delay-Tolerant Networks
