航母舰载机装备体系及指标论证方法

针对航母舰载机装备体系及指标论证的强体系和强舰载约束特征，以及多机种一体化保障要求高等特点，提出了基于模糊关系变换理论的体系论证方法，建立各型舰载机装备需求与任务需求之间的关系，结合航母编队作战使用特点以及航母甲板/机库空间尺寸约束进行迭代优化，构建舰载机体系结构和典型配置方案。同时，提出了基于舰载机作业流程仿真和舰载约束条件下的指标论证与优化方法，凸显编队体系作战、舰机适配性、海洋环境适应等特殊约束要素，形成系统科学的舰载机战术技术指标体系。在此基础上，构建了面向专家群决策的论证支持系统，并介绍了该系统的基本框架和运用流程。

Carrier-based aircraft equipment system-of-systems and index demonstration method

Demonstration of the system and indexes of the carrier-based aircraft is highly constrained as the aircraft is a carrier-based system of systems, and the requirement for multi-carrier-integrated maintenance support is high.A fuzzy-transformation-theory-based method is proposed to set up the relationship between equipment requirements and mission requirements. The system architecture and the typical configuration schemes for the aircraft are given, considering the specialty of fleet combat of the carrier-aircraft and the constraint on deck/hangar dimensions. Simulation of the carrier-based aircraft operation process is conducted. The index demonstration and optimization methods are proposed, which highlight the special factors of fleet combat, carrier suitability, marine environment adaptation, etc., and a system of tactical and technical indexes is constructed.A demonstration support system oriented towards expert group decision making is constructed, and the basic framework and workflow of the system is introduced.