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A High-Reliability Sub-Nanosecond Network Time Synchronization Method Enabled by Double-Frequency Distributed Time Synchronization

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Abstract

We propose a low-cost high-reliability sub-nanosecond network time synchronization method using double-frequency distributed time synchronization technology for future mobile communications and positioning systems, and achieve 0.17-ns sync accuracy in a prototype 4-node sync network.

© 2018 The Author(s)

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