SystemC-AADL互操作性规范

E. Heras, E. Villar
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引用次数: 4

摘要

由于嵌入式系统日益复杂,必须采用新的设计方法,因为传统技术不再有效。基于模型的工程使设计人员能够在设计周期中使用系统的体系结构描述作为主轴来面对这些问题。在系统实现之前定义系统的体系结构,可以分析从设计周期开始直到最终实现对系统施加的约束。AADL被提出用于设计和分析实时、关键任务嵌入式系统的软件和硬件架构。本文给出了用SystemC对AADL进行建模的规范。SystemC模型将使AADL规范的细化成为可能,直到最终实现被开发出来。在精化过程中获得的有关系统的信息将反馈给AADL模型,允许在整个设计过程中验证高级约束。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Specification for SystemC-AADL interoperability
Due to the increasing complexity of embedded systems, new design methodologies have to be adopted, since traditional techniques are no longer efficient. Model-based engineering enables the designer to confront these concerns using the architecture description of the system as the main axis during the design cycle. Defining the architecture of the system before its implementation, enables the analysis of the constraints imposed on the system from the beginning of the design cycle until the final implementation. AADL has been proposed to design and analyze software and hardware architectures for real time, mission-critical, embedded systems. In this paper, the specification for modelling AADL by means of SystemC is provided. The SystemC model will enable the refinement of the AADL specification until the final implementation is developed. The information about the system obtained during the refinement process will feedback the AADL model allowing the verification of high-level constraints during the complete design process.
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