Abstract
The paper first studies the IEEE1588 network clock synchronization system. Aiming at the instability of the system clock crystal oscillator, a frequency compensation algorithm is proposed, which can adjust the master-slave clock frequency and ensure the master-slave clock synchronization. The simulation analysis shows that when the master-slave clock generates the deviation value, the master-slave clock is consistent with the execution of the frequency compensation algorithm, which verifies the feasibility and effectiveness of the algorithm.
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