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Mobility is a significant factor that profoundly impacts the performance of multi-hop geographical routing. This study analyzes various mobility models that significantly influence the performance of geographical routing protocols based on the characteristics and behavior of various network extensions.
Impact of mobility on geographic routing ... Abstract: A new location-based reactive multi-hop protocol, namely the e-GPSR algorithm, is tested for the use in UWB ...
Abstract—A new location-based reactive multi-hop protocol, namely the e-GPSR algorithm, is tested for the use in UWB.
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Feb 18, 2022 · Mobility is a significant factor that profoundly impacts the performance of multi-hop geographical routing. This study analyzes various mobility ...
In anticipation of broader use of GPS and other localization schemes, geographic routing is becoming a very attractive choice for routing in mobile ad hoc ...
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Abstract- Geographic routing in mobile ad hoc networks has proved to provide drastic performance improvement over strictly address-centric routing schemes.
Oct 27, 2021 · Abstract – Multi-hop Wireless Networks (MWNs) emerge as an enabling communication technology, evolving rapidly due to the.
mobility pattern that affect the performance of geographic routing to clarify the effect of these factors on the performance of location based routing protocols ...
This survey investigates the primary challenges in designing geographical routing for various mobility models that notably impact the routing performance ...
A new location-based reactive multi-hop protocol, namely the e-GPSR algorithm, is tested for the use in UWB sensor networks for logistic applications.