Detection-Jamming Integrated Waveform Design Based on Multi-Dimensional Joint Constraints

The detection-jamming integrated waveform, which possesses both target detection and jamming functions, represents an essential research area within the context of multi-functional radar (MFR). In this paper, we propose an integrated waveform design method based on multi-dimensional joint constraints. We impose a bandwidth constraint on the integrated waveform to ensure its compatibility with the hostile radar receiver. The cross-correlation between the integrated waveform and the hostile radar waveform is constrained to achieve deceptive and masking jamming effects. The autocorrelation of the integrated waveform is also constrained to the minimum integrated sidelobe level (ISL) to guarantee good detection performance. Simulation results verify the effectiveness of the proposed integrated waveform design method and its detection and jamming capabilities.