CAJ | 학술논문

近年来，装甲兵模拟系统建设和模拟化训练有了长足的发展，但仍然存在缺乏顶层规划、标准不一、资源不共享、模块不重用、体系不完整等诸多问题。基于体系工程建设理念，探索了装甲兵模拟训练系统体系架构，主要考虑了顶层设计，重点放在了系统的组成结构、相互关系，从总体上把握体系的整体功能、需要解决的问题，采取的技术路线。实践表明，体系架构独立于系统的具体实现技术，保证了各组成部分可以通过重用、重组等方式来适应不同阶段、不同目标和领域的装甲兵模拟训练需求，提高了系统的利用效率，降低了模拟训练系统的开发成本。
근년래，장갑병모의계통건설화모의화훈련유료장족적발전，단잉연존재결핍정층규화、표준불일、자원불공향、모괴불중용、체계불완정등제다문제。기우체계공정건설이념，탐색료장갑병모의훈련계통체계가구，주요고필료정층설계，중점방재료계통적조성결구、상호관계，종총체상파악체계적정체공능、수요해결적문제，채취적기술로선。실천표명，체계가구독립우계통적구체실현기술，보증료각조성부분가이통과중용、중조등방식래괄응불동계단、불동목표화영역적장갑병모의훈련수구，제고료계통적이용효솔，강저료모의훈련계통적개발성본。
The simulation system construction and simulation training of armored forces have made great progress over recent years,yet there still remain problems such as lacking top level planning,none unified standard,unshared resources,un-reusable modules,and none integrity architecture to be solved. Focused on the top level design,the architecture of armored force simulation training system is explored based on architectural engineering. The design of the architecture is mainly focused on the composition of the system,the correlation of each component,the overall functions of the architecture,the problems need to be solved and the technological route to adopt. The practical result shows that the architecture is independent to concrete implementation and suitable for different phrase,varietal domains and targets of armored force simulation training by reusing and reassembling different modules. Thus it can greatly enhance the application efficiency and decrease the developing cost of simulation training system.