ORBIT: an environment for component-based heterogeneous design and analysis

N. Abu-Ghazaleh, M. Rangarajan, Darryl D. Dieckman, P. Alexander, P. Wilsey
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Abstract

The development of large systems relies on the ability to manage complexity throughout the design cycle. Decomposition and component based design contribute substantially to effective design practice. In addition, maintaining heterogeneous models of the system allows separation of concerns; different analysis tools utilize different views of the model to assess the correctness and requirement satisfaction of the design in a complementary fashion. The paper presents a design framework that supports heterogeneous component based analysis and design. The design portion of the framework encapsulates a component such that different representations (including decomposition representations) are associated with each component. Top down and bottom up design as well as component reuse are supported naturally. Using configurations, the design tree is pruned to obtain a specific view of the design for analysis purposes. The analysis model allows composition of analyses to create analysis plans and to use different types of analyses collaboratively. An associated CAD environment provides useful distractions of the framework. The framework can be extended to support any component based design domain.
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ORBIT:基于组件的异构设计和分析环境
大型系统的开发依赖于在整个设计周期中管理复杂性的能力。分解和基于组件的设计有助于有效的设计实践。此外,维护系统的异构模型允许关注点分离;不同的分析工具利用模型的不同视图,以互补的方式评估设计的正确性和需求满意度。本文提出了一个支持异构构件分析与设计的设计框架。框架的设计部分封装了一个组件,使得不同的表示(包括分解表示)与每个组件相关联。自然支持自顶向下和自底向上设计以及组件重用。使用配置,设计树被修剪,以获得用于分析目的的设计的特定视图。分析模型允许组合分析来创建分析计划,并协同使用不同类型的分析。相关的CAD环境为框架提供了有用的干扰。该框架可以扩展以支持任何基于组件的设计领域。
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