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Journal of the Korea Institute of Military Science and Technology 2007;10(4):20-29.
Development of the Engagement Control Software Architecture Based on UML 2.0 Model
Myong-Hwan Yoo, Jung-Il Bae, Jin-Hwa Shin, Kil-Seok Cho
UML 2.0 모델 기반의 교전통제 소프트웨어 아키텍처 개발
유명환, 배정일, 신진화, 조길석
국방과학연구소
Abstract
The engagement control software embedded in the weapon control computer of the fire control center for air defense missile system is large-scale real-time software. The use of typical software development methodologies is not appropriate to develop such large-scale embedded software in terms of reusability, reliability, and productivity for the reason that it is significantly complicated, and highly dependent on hardware platforms and developers. In this paper, a model-based software architecture using components based on UML 2.0 for the engagement control software is presented in order to solve these problems. This software architecture is verified using the black-box test, the scenario-based test, and the Ethernet packet monitoring test methods. The results demonstrate that the developed software architecture can be employed to enhance reusability, maintainability, and productivity of large-scale embedded software.
Key Words: UML 2.0, Engagement Control, Software Architecture, Software Model, Model Based Architecture, Embedded Software
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