Receding-Horizon Radar Time Resource Scheduling for Jamming-Resilient Target Search and Tracking

This article addresses how radar systems (devices that detect objects using electromagnetic waves) can better allocate their time between searching for targets and tracking known ones when facing jamming (intentional interference meant to disrupt detection). The researchers propose a dynamic scheduling strategy using receding-horizon optimization (a method that repeatedly solves shorter planning problems instead of one big long-term problem) combined with mathematical techniques to keep radar performance strong even under jamming attacks.