摘要
C2与试验领域的互联基础设施TENA间的异构性阻碍了两类系统的互操作。报文传输服务包括端-端和跨网部署模式,相应地设计了与TENA系统的两种互联架构。网关的设计方案有单线程和多线程模式;从互操作视角来看,网关实现了通信协议、对象模型和支撑服务间的互操作。针对TENA的"拉"模式通信机制,设计了与C2系统通信时的协调机制;利用OWL建立报文的元模型,通过模型转换实现异构对象模型的互操作;利用自定义的消息代表支撑服务,解决了异构系统间服务的不匹配问题。通过原型试验得到交互实体个数、线程个数与信息交换实时性之间的规律。
The heterogeneity prevents systems from the interoperability between C2 system and TENA for inter-connection in test community. Message Transfer Service contains End-to-End deployment mode and Cross-Network deployment mode, respectively there being two Inter-architecture with TENA system. Gateway can be designed to be single-threaded or multi-threaded. From the perspective of interoperability Gateway realizes the interoperability between communication protocols, object models and supporting services. Cooperation mechanism is designed to achieve the interoperability between the communication mechanism of pull mode in TENA and in C2P; meta-model of Message with OWL, and the object model interoperability is realized through model conversion; self-defined message represents the supporting services which resolves the mismatch among different services. The regulation is found between the number of active entities, threads and the real-timing.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2015年第2期226-233,共8页
Journal of System Simulation
关键词
体系结构
互操作
网关
C2系统
TENA
architecture
interoperability
gateway
command & control system
TENA
