Radar Pseudorange Measurement using Stepped-Frequency Phase Difference Method

Performing radar ranging simulations in Chinese is quite common. Typically, we employ the stepped-frequency phase difference method for radar pseudorange measurement simulations. In MATLAB, we can develop source code to implement this simulation. The simulation allows us to model the radar ranging process and analyze its performance and accuracy. This simulation approach is highly valuable for researching radar technology and algorithms, helping us better understand and apply radar ranging principles. The MATLAB implementation typically involves: - Generating stepped-frequency radar signals with precise phase control - Calculating phase differences between consecutive frequency steps - Converting phase differences to pseudorange measurements using wavelength relationships - Applying signal processing techniques to improve measurement accuracy - Simulating environmental factors and noise effects on ranging performance Key functions in the simulation may include: - Signal generation with configurable frequency steps and phase parameters - Phase difference calculation algorithms - Range estimation and error analysis modules - Performance visualization tools for analyzing simulation results