Abstract：With the growing complexity of combat missions, the requirement for high-density launch control systems is becoming urgent. This paper, from the perspective of ground equipment, combined classic design concepts, including cold and hot backup, and introduced resource reorganization technology. It aimed to achieve dynamic reorganization and flexible allocation of launch control system resources, thereby maximizing resource utilization, improving resource efficiency, and boosting actual combat effectiveness. Signaling exchange technology was adopted to construct a new launch control system architecture, and internal resources were categorized and systematically planned. Then, a systematic analysis of the interdependencies among mission resources, equipment resources, and launch channel resources was conducted. Corresponding resource reconfiguration principles were formulated, and an effective resource reconfiguration control mechanism was developed to achieve dynamic resource optimization. By applying resource reconfiguration technology to the launch control system, this study has developed a tailored methodology for the resource reconfiguration system.
朱玉龙, 乔金鑫, 韦睿川, 曹建锋, 丁立平. 高密度发射控制系统资源重组技术研究[J]. 空天防御, 2025, 8(5): 98-104.
ZHU Yulong, QIAO Jinxin, WEI Ruichuan, CAO Jianfeng, DING Liping. Research on Resource Restructuring Technology of High Density Launch Control System. Air & Space Defense, 2025, 8(5): 98-104.
