Using MDE for the Rapid Prototyping of Space Critical Systems

J. Hugues, M. Perrotin, T. Tsiodras
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引用次数: 13

Abstract

The reliability requirements for space-critical system call for specific tools and models. Space systems have been a long time user of models (synchronous or asynchronous building blocks), from which code generators could derive analyzable code, while also providing additional benefits like simulation, model checking, etc. However, the integration of multiple models to form one complete system was done manually, in an ad hoc and time consuming way. In this paper, we show how a MDE process built around ASN.l, SDL, SCADE and AADL allows for more rigor by separating concerns to defining data models, functional blocks, interfaces and then behavior of a complete system; and then weave them to build the final systems. By automating the full process, we show the benefits from the system designer perspective: reduced implied complexity, quicker access to evaluation prototype of the end system.
MDE在空间关键系统快速成型中的应用
关键空间系统的可靠性要求需要特定的工具和模型。空间系统长期以来一直是模型(同步或异步构建块)的用户,代码生成器可以从中获得可分析的代码,同时还提供额外的好处,如仿真、模型检查等。然而,将多个模型集成为一个完整的系统是手工完成的,而且是一种特别且耗时的方式。在本文中,我们将展示如何围绕ASN构建MDE流程。l、SDL、SCADE和AADL通过分离关注点来定义数据模型、功能块、接口和完整系统的行为,从而更加严格;然后将它们编织成最终的系统。通过自动化整个过程,我们展示了从系统设计者的角度来看的好处:减少隐含的复杂性,更快地访问最终系统的评估原型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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