An Enhanced Routing Method for Overlay Networks Based on Multiple Different Time Intervals
Tatsuya Kubo, Tomoya Kawakami · 2021
Due to the sensor devices price reduction and improvement of network connection quality, IoT(Internet of Things) is rapidly growing these days. IoT handles massive data that deeply related to time or location. Many peer-to-peer approaches that optimized this characteristic are existing. We have worked for a structured and virtualized overlay network that can efficiently handle time-consecutive specific interval queries. But this method had an unsolved problem that causes more load to the whole network than usual. In this work, we present an optimized routing method for an interval-queryable overlay network. To reduce redundant traffic, we expand the routing process to the physical node level. The simulation shows this method can reduce the load of the network or each node.