基于过程代数的传感器控制操作调节

F. Gianfelici
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引用次数: 0

摘要

在本文中,我们提出了一个过程代数,使实现一个合适的建模,并有效地调节,传感器控制的操作。使用特定的方法和计算机科学的正式结构,主要是由它们的抽象能力所驱动的,这些抽象能力保证了在几个应用程序中的有效使用。其次,它们严谨的理论表述,实际上是设计可靠解的关键点。最后,缺乏冗余的控制结构,以及与计算和微积分概念的直接关系,允许在嵌入式系统,机器人,以及一般来说,在每一个以内存和细化能力低为特征的系统中适当的实现。该结果是通过一种新的过程代数来实现的,该过程代数能够对传感器控制的操作进行最优调节
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Process-algebra based regulation of sensor controlled operations
In this paper, we present a process algebra that enables the achievement of a suitable modelling, and an effective regulation, of sensor-controlled operations. The utilization of specific methods, and formal structures of computer science, is principally motivated by their abstraction capabilities that guarantee an effective use in several applications. Secondly, their rigorous theoretical formulations, actually represent a key point in the design of reliable solutions. Finally, the lack of redundant control-structures, and the direct relations with computation and calculus concepts, allow a suitable implementation in embedded system, robots, and generally, in every system that is characterized by low-capabilities in terms of memory, and elaboration. The result so obtained is achieved by means of a novel process algebra, which is enable to archive an optimal regulation of sensor-controlled operations
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