The research of clock synchronization model based on quantum wavelet beacon for cooperative localization

In this paper, a clock synchronization model based on quantum wavelet beacon is proposed. A timeline and beacon reference point model is presented, to establish synchronous beacon reference point in the base station channel. When the synchronous signal is decomposed by the quantum wavelet transform in the receiving end, the beacon signal of clock synchronization is detected, so the extract precise carrier phase information could be calculated. By this way, the synchronization precision of the communication system is enhanced. Finally, the simulation results of the clock synchronization model based on quantum wavelet beacon are, clock synchronization detection probability is 98.15%, and the clock synchronization precision is 4.579ns. The Matlab simulation verified that the clock synchronization model based on quantum wavelet beacon is reliable and feasible.