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arXiv · 2605.31339

SQEEZ: Energy-efficient Location Sharing for Mobile Ad Hoc Networks

Ram Ramanathan·Dmitrii Dugaev·Ryan Conyac·Alon Mor·Charlie Greenbacker
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Abstract

Periodic network-wide dissemination of node location data is crucial for shared situational awareness and collaborative mapping in mobile ad hoc and mesh networks for public safety, disaster relief, and military. A key challenge is to provide maximally accurate location information with minimal energy expenditure on part of the nodes. We present SQEEZ: a mechanism for reducing the Position Location Information (PLI) load that combines two orthogonal techniques: (1) adaptive suppression of location updates; and (2) temporal and inline compression of update packets. We describe the SQEEZ suppression and compression algorithms, analyze the tradeoff between location error and energy consumption, and introduce a new metric called \textit{Error-Penalized-Energy (EPE)} that normalizes the energy metric using the error incurred. Our simulation results show that, in the range of parameters studied, SQEEZ improves the EPE-efficiency and scalability in a 30-node random waypoint scenario by up to 4.4x and 2.3x respectively; and increases the EPE-efficiency by 7.5x in a 9-node real-world network trace. Compression provides larger improvements than suppression at high mobilities and vice-versa at low mobilities.

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Ram Ramanathan, Dmitrii Dugaev, Ryan Conyac, Alon Mor, Charlie Greenbacker. 2026-05-29. SQEEZ: Energy-efficient Location Sharing for Mobile Ad Hoc Networks. https://arxiv.org/abs/2605.31339

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