CAJ | 학술논문

逻辑靶场基于公共的对象模型、软件平台和高速通信网络，集成了单个或多个靶场的各种资源，形成逻辑上的大型综合靶场，为联合试验训练提供了多靶场合成能力。提出了逻辑靶场规划、创建、测试和使用的总体技术过程，分析了逻辑靶场对象模型、逻辑靶场对象元模型、中间件、网关、规则和标准、支持工具等关键技术及实现方法，介绍了一种联合试验训练支撑平台，为实现逻辑靶场提供参考借鉴。
라집파장기우공공적대상모형、연건평태화고속통신망락，집성료단개혹다개파장적각충자원，형성라집상적대형종합파장，위연합시험훈련제공료다파장합성능력。제출료라집파장규화、창건、측시화사용적총체기술과정，분석료라집파장대상모형、라집파장대상원모형、중간건、망관、규칙화표준、지지공구등관건기술급실현방법，개소료일충연합시험훈련지탱평태，위실현라집파장제공삼고차감。
Based on the common object model,software platform,and low-latency communication network,logical range in-tegrates various resources within a single range or distributed among multiple ranges,and logically equals a single large-scale range,enabling capacity composition of multiple ranges for joint test and training. The overall technical process for planning, creating, testing and executing the logical range is established. The key technologies and implementation methods related to logical range object models, logical range object metamodel, middleware, gateway, rules and criteria, supporting tools are analyzed. An infrastructure supporting joint test and training is outlined. The purpose is to provide guidance to logical ranges implementation.