一种基于效果评估的量子卫星任务规划方法OA

To address the limitations of manual determination and planning selection in the original quantum satellite satellite-ground docking mission planning methods,we propose an effect-evaluation-based quantum satellite mission planning method.By developing a monitoring model for key shortage in the satellite-ground key pool(covering both quantum satellite-ground links and inter-ground station connections),and establishing a dynamic simulation evaluation model based on ideal docking performance between quantum satellites and ground stations,we integrate multi-source parameters including meteorological conditions,cloud coverage,and satellite orbits to achieve automated planning for quantum satellite missions.This approach effectively resolves the over-reliance on manual monitoring and subjective judgment in traditional quantum satellite planning systems,which previously caused difficulties in selecting optimal ground stations and determining docking timing.In engineering practices involving quantum micro/nano-satellite networks and corresponding ground station configurations,the proposed method has been preliminarily integrated into the comprehensive operation control system for quantum satellites,demonstrating significant application success.It substantially enhances automation in satellite-to-ground mission planning,reducing single-planning time from hours to under one minute while achieving substantial accuracy improve-ments.