Networked Radar Mission Planning Algorithm Based on Pulse Interleaving and Cross-Scheduling Interval

Abstract

Aiming at the problem of networked radar task planning, this paper proposes a task scheduling algorithm based on pulse interleaving and cross-scheduling interval from the perspective of rationally arranging communication and detection tasks, improving the utilization rate of radar system time resources and the success rate of task scheduling. The waiting period of tracking tasks is fully utilized to sort the tasks by pulse interleaving. On the other hand, taking advantage of the characteristics of large search task cycle and long timeliness, when there are still idle time slices in the current scheduling cycle that are not used, the time axis can be opened, and the subsequent scheduling interval can be The search tasks in the interval are advanced to be executed within the current scheduling cycle. The simulation results show that the algorithm can effectively improve the time resource utilization rate and task scheduling success rate of the system.