Simulation Dataset for Performance Comparison of Multi-PRF Multi-Target Range Ambiguity Resolution Algorithms

The dataset is generated based on multiple PRF pulse Doppler radar range deblurring simulation scenarios, including uniform random target distribution and sparse dense mixed target distribution in multi-target scenarios. During the simulation process, the maximum unambiguous distance corresponding to different PRFs is first set, and multiple real targets are generated within the given detection distance range; Subsequently, a candidate target point set is constructed based on the apparent distance under each PRF, and ranging errors of different amplitudes are added to simulate actual measurement conditions.

The data set compared the deblurring performance of the fixed sliding window width method and the adaptive sliding window method under different target distributions, ranging errors, and target quantities. The data file mainly includes performance statistics obtained from various Monte Carlo simulation experiments, algorithm performance comparison charts, and related graphical results. The evaluation indicators include probability of discovery, false detection rate, probability of completely correct ambiguity resolution, and root mean square error.