Simulation of BPSK Modulation and Carrier Frequency-Locked Tracking

This program conducts detailed simulation analysis of BPSK modulation and carrier frequency-locked tracking, with the main objective of studying and improving the performance of frequency-locked loops. By simulating both theoretical principles and practical scenarios of BPSK modulation, we can better understand and optimize carrier frequency tracking systems. During the simulation process, various scenarios and parameter configurations are considered to investigate the stability and accuracy of frequency-locked loops under different conditions. The implementation typically involves MATLAB-based algorithms for BPSK signal generation, carrier recovery circuits, and phase-locked loop components with automatic frequency control. Key functions include modulated signal synthesis, frequency error detection using discriminators, and loop filter design for noise reduction. Through this program, we aim to provide researchers and engineers in related fields with a valuable tool to facilitate in-depth study of BPSK modulation and carrier frequency tracking techniques.