CAJ | 학술논문

新一代C~4ISR系统在以网络、服务为中心架构的复杂环境中演进发展,对其仿真应用提出了更高的要求.基于面向服务架构(service-oriented architecture, SOA)的思想,构建了面向服务的C~4ISR仿真应用集成体系架构(CSA-SOA),在该架构基础上设计了仿真应用集成的动态组建过程;描述了仿真应用集成运行的几类关键支撑服务;应用XML语言设计了仿真服务组件和仿真应用的描述规范,同时对仿真运行过程中服务之间的交互与时序关系进行了描述.最后,在某作战指挥系统的集成联试中应用CSA-SOA,通过该服务架构和运行机制,实现了C~4ISR系统仿真应用的有效集成和无缝连接.
신일대C~4ISR계통재이망락、복무위중심가구적복잡배경중연진발전,대기방진응용제출료경고적요구.기우면향복무가구(service-oriented architecture, SOA)적사상,구건료면향복무적C~4ISR방진응용집성체계가구(CSA-SOA),재해가구기출상설계료방진응용집성적동태조건과정;묘술료방진응용집성운행적궤류관건지탱복무;응용XML어언설계료방진복무조건화방진응용적묘술규범,동시대방진운행과정중복무지간적교호여시서관계진행료묘술.최후,재모작전지휘계통적집성련시중응용CSA-SOA,통과해복무가구화운행궤제,실현료C~4ISR계통방진응용적유효집성화무봉련접.
A new generation of C~4ISR systems is moving towards a dynamic net-centric environment which brings stricter requirements on its simulation application. This paper proposes a C~4ISR simulation framework based on SOA (CSA-SOA) for developing a component-based distributed simulation and executing the simulation in a service-oriented architecture on the Grid. This framework describes the dynamic construction process of simulation application integration. This paper denotes the scheme files of component specification and simulation description using XML, and analyses the interaction and time-sequence relationship among those services during simulation running. Finally, a case for a certain battle command system integration test is given. Through CSA-SOA and its run mechanism, the C~4ISR system simulation application is integrated effectively and linked seamlessly.