摘要
Aiming at the issues of poor scalability,single training modes,and missing platform foundation in current parachute training simulation systems,a method for a parachute training simulation system supporting the"1+N+N"mode is proposed by building a flexible functional structure design based on four domains and two systems architecture,which can adapt to multiple working modes such as"1+N"and"1+N(*)".This method can effectively save the cost and time of upgrading and expanding system capacity,greatly increasing the lifespan and availability of the system.
针对当前伞降训练模拟系统存在扩展性差、训练模式单一和平台底座功能缺失的问题,提出一种支持“1+N+N”模式的伞降训练模拟系统设计方法,构建了四层域、两重体系支撑的柔性化功能结构。所构建的系统支持“1+N”和“1+N(*)”多种工作模式,能够自动发现、主动适配动态接入硬件模拟器和辅助设备。该方法能够有效节约升级扩充系统容量的成本和时间,极大地增加系统的寿命及可用性。
