×
Localization systems typically make use of redundant range or angle measurements from as many neighbours as possible to reduce location error.
Abstract—Localization systems typically make use of redun- dant range or angle measurements from as many neighbours as possible to reduce location error.
Localization systems typically make use of redundant range or angle measurements from as many neighbours as possible to reduce location error.
Localization systems typically make use of redundant range or angle measurements from as many neighbours as possible to reduce location error.
This paper presents a scheduling scheme to limit node density to a set of active reference devices, which reduces message overhead and increases network ...
People also ask
The localization scheduling problem is then introduced with the goal to allow as many devices as possible to enter deep sleep states to conserve energy and ...
Sep 28, 2023 · In this paper, we first formulate the eavesdropping scheduling policy in practical asynchronous cooperative wireless localization networks.
Missing: hoc | Show results with:hoc
This article explores the implementation of high-accuracy GPS-denied ad hoc localization. Little research exists on ad hoc ultra-wideband-enabled ...
Localization is an inevitable challenge when dealing with wireless sensor nodes and a problem that has been studied for many years.
In this paper, we present a novel location discovery approach, which we call AHLoS (Ad-Hoc Lo- calization System), for wireless sensor networks. Only a small ...