Radar Dwell Scheduling with Temporal Distance and Energy Constraints

Managing resources in a radar system is a challenging task that requires integrated optimisation and scheduling. Resources need to be allocated to tasks with the objective of minimizing system error while ensuring that the tasks can be scheduled with the chosen parameters. Radar scheduling is affected not only by timing requirements of tasks but physical factors such as energy and heat. We propose an integrated framework for utility maximization and dwell scheduling in modern radar systems. Our approach uses novel concepts such as the schedulability envelope and temporal distanceconstrained task model for radar tasks.