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Space flight command and data handling domain architecture.

机译：太空飞行指挥和数据处理领域架构。

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Development of domain architectures, patterns and architecture definition languages has been converging over the last few years into complementary activities. Domain architectures develop the basic architecture elements from domain requirements, patterns identify repeatable segments of software architecture and Architecture Definition Languages specify the connectivity of the components in a specification language. These three models can describe significant areas of software design in a comprehensive and concrete way. An area of software that has been a driver for some of this work is aircraft and space avionics systems. Domain architectures had a beginning within the area of DOD systems and discussions on avionics domain architectures was an early part of that activity. This thesis focuses on the development of a domain architecture for Command and Data Handling Systems within an Avionics Domain and the specification of the Domain Model in the Unified Modeling Language. In addition, an initial discussion of the compatibility of UML, ADL and Domain Languages is presented.
机译：在过去的几年中，领域架构，模式和架构定义语言的开发一直在融合为补充活动。领域体系结构根据领域要求开发基本体系结构元素，模式标识软件体系结构的可重复部分，而体系结构定义语言则以规范语言指定组件的连接性。这三个模型可以全面，具体地描述软件设计的重要领域。飞机和航空电子系统是其中一些工作的驱动程序。领域架构是DOD系统领域的开端，有关航空电子领域架构的讨论是该活动的早期部分。本文着重研究航空电子领域中用于命令和数据处理系统的领域体系结构，以及统一建模语言中领域模型的规范。此外，还介绍了UML，ADL和域语言的兼容性。

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