In this paper, we investigate the two-way time synchronization in high-mobility scenarios and propose a novel position prediction-assisted synchronization ...
Relevant simulation results show that our proposal can bring down the propagation delay error dramatically for highly mobile scenarios. Our findings provide ...
A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks. J. Zhang, X. Wang, L. Liu, K. Wang, и J. Zhang. ICCC ...
A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks · Conference Paper. August 2023. ·. 11 Reads. Jiachi Zhang.
Aug 5, 2024 · A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks. ICCC Workshops 2023: 1-6; 2022. [j10]. view.
A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks. Zhang, Jiachi;Wang, Xueyun;Liu, Liu ...
A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks · Conference Paper. August 2023. ·. 11 Reads. Jiachi Zhang.
[15:48-16:00] A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks. Jiachi Zhang; Xueyun Wang; Liu Liu; Kai Wang ...
A Position Prediction-Assisted Two-Way Time Synchronization Algorithm for Highly Mobile Networks ... two-way time synchronization in high-mobility ...
Abstract—Distributed time synchronization is an important part of a sensor network where sensing and actuation must be coordinated across multiple nodes.
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