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ENGINEERING CONCURRENT AND REACTIVE SYSTEMS WITH DISTRIBUTED REAL-TIME ABSTRACT STATE MACHINES

机译:分布式实时抽象状态机的工程并行和无功系统

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摘要

This paper revisits the distributed real-time abstract state machine (ASM) paradigm as a feasible, yet robust, approach to high-level specification and design of distributed embedded systems. The flexibility in modeling reactive system behavior, the well defined underlying concurrency framework, and the ability to gradually sharpen requirements into specifications, inspires viewing the ASM paradigm as an agile formalization method that directly supports fundamental practical needs in modeling such systems.
机译:本文将分布式实时抽象状态机(ASM)范式重新审视为一种可行的,但功能强大的,用于分布式嵌入式系统的高级规范和设计的方法。对反应式系统行为进行建模的灵活性,定义明确的底层并发框架以及将需求逐步提高为规范的能力,激发了将ASM范式视为一种敏捷的形式化方法,该方法直接支持对此类系统进行建模的基本实际需求。

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