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Shared memory multimicroprocessor operating system with an extended Petri net model

机译:具有扩展Petri网模型的共享内存多微处理器操作系统

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We propose a methodology for programming multiprocessor event-driven systems. This methodology is based on two programming levels: the task level, which involves programming the basic actions that may be executed in the system as units with a single control thread; and the job level, on which parallel programs to be executed by the complete multiprocessor system are developed. We also present the structure and implementation of an operating system designed as the programming support for software development under the proposed methodology. The model that has been chosen for the representation of the system software is based on an extended Petri net, which provides a well-established conceptual model for the development of the tasks, thus allowing a totally independent and generic development. This model also facilitates job-level programming, since the Petri net is a very powerful description tool for the parallel program.
机译:我们提出了一种对多处理器事件驱动系统进行编程的方法。该方法基于两个编程级别:任务级别,它涉及对可以在系统中以单个控制线程为单位执行的基本操作进行编程;以及以及作业级别,在该级别上开发了要由完整的多处理器系统执行的并行程序。我们还介绍了一种操作系统的结构和实现,该操作系统旨在作为所提出方法下的软件开发的编程支持。为表示系统软件而选择的模型是基于扩展的Petri网络的,该网络为任务的开发提供了完善的概念模型,从而实现了完全独立和通用的开发。由于Petri网是并行程序的非常强大的描述工具,因此该模型还有助于作业级编程。

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