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综合考虑时间、能量、计算机资源以及雷达硬件等约束条件,研究了自适应调度的仿真实现方法。以调度间隔为基础,运用合理优先级设定和时间窗方法达到对时间的充分利用;将其他约束条件建模为递归形式,通过对约束条件的周期性检验调整调度安排,获得满足要求的雷达事件执行序列。给出了算法具体的实现步骤,仿真结果表明该方法可以完成对各项雷达申请事件的合理调度,保证较高的成功被调度率和时间利用率。
Considering the constraints of time, energy, computer resources and radar hardware, the simulation method of adaptive scheduling is studied. Based on the scheduling interval, the rational use of priority and time window are used to achieve the full use of time. The other constraints are modeled as recursion, and the scheduling is adjusted by periodic inspection of constraints to obtain the radar satisfying the requirements Event execution sequence. The concrete implementation steps of the algorithm are given. The simulation results show that this method can finish the reasonable scheduling of all radar application events and guarantee the high success rate and time utilization rate.