Comparative analysis of punctured sequence pairs for frame synchronization applications

Synchronization technology is an indispensable tool in wireless communication. The probability of missing synchronization and false synchronization is a good metric to evaluate the performance of synchronization. In this paper, we utilize some new classes of ideal punctured binary sequence pairs and compare their synchronization performance with known sequences including the well-known Barker codes. Our simulation results show that the new sequences do out-perform their previously known compeers in several instances.