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A toolset for the development of mixed-criticality partitioned systems

机译:开发混合临界分区系统的工具集

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摘要

The development of mixed-criticality virtualized multi-core systems poses new challenges that are being subject of active research work. There is an additional complexity: it is now required to identify a set of partitions, and allocate applications to partitions. In this job, a number of issues have to be considered, such as the criticality level of the application, security and dependability requirements, time requirements granularity, etc. MultiPARTES [11] toolset relies on Model Driven Engineering (MDE), which is a suitable approach in this setting, as it helps to bridge the gap between design issues and partitioning concerns. MDE is changing the way systems are developed nowadays, reducing development time. In general, modelling approaches have shown their benefits when applied to embedded systems. These benefits have been achieved by fostering reuse with an intensive use of abstractions, or automating the generation of boiler-plate code.
机译:混合关键性虚拟化多核系统的开发提出了新的挑战,这些挑战正成为积极研究工作的主题。还有一个额外的复杂性:现在需要标识一组分区,然后将应用程序分配给分区。在这项工作中,必须考虑许多问题,例如应用程序的关键性级别,安全性和可靠性要求,时间要求粒度等。MultiPARTES [11]工具集依赖于模型驱动工程(MDE),这是一种在这种情况下的适当方法,因为它有助于弥合设计问题和分区问题之间的差距。 MDE正在改变当今系统的开发方式,从而减少了开发时间。通常,建模方法在应用于嵌入式系统时已显示出其优势。这些好处是通过大量使用抽象来促进重用,或者自动生成样板代码来实现的。

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