Signal Transmission and Concurrent Processing in Spatio-Temporal Perspective

2010 International Conference on Communications and Mobile Computing Pub Date : 2010-04-12 DOI:10.1109/CMC.2010.79

Xu Aigong, A. Lakmal

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引用次数: 1

Abstract

This paper addresses to development of the conceptual modeling phase of spatio-temporal phenomena. It is necessary to develop new techniques to accommodate the peculiarities of the combined spatial and temporal information that take their outset in existing techniques and minimally extend them. Interpretation of real world phenomena in a process perspective is the core of this model. Processes highly correlate with signal transmission. So, the management of such processes raises new signal manipulation issues. The issues are process progressions and interactions between temporal and spatio-temporal, spatial and spatio-temporal processes during signal transmission. To this end, a new modeling approach, which is based upon π - Calculus, to represent and manipulation these signal transmission is proposed. The representation model consists in describing how a signal evolves in the course of time and space. We associate semantics of π - Calculus also to this description. Concerning the manipulation, five different situations in spatio-temporal process are discussed. Some important future works also reports on this ongoing research.

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时空视角下的信号传输与并发处理

本文讨论了时空现象的概念建模阶段的发展。有必要发展新的技术，以适应空间和时间综合信息的特点，这些特点从现有技术开始，并尽量扩大它们。从流程的角度解释现实世界的现象是这个模型的核心。过程与信号传输高度相关。因此，对这些过程的管理提出了新的信号处理问题。这些问题是信号传输过程中时间和时空、空间和时空过程之间的过程进展和相互作用。为此，提出了一种基于π -微积分的信号传输建模方法。表征模型包括描述信号在时间和空间中的演变过程。我们将π -微积分的语义也与这种描述联系起来。在操作方面，讨论了时空过程中的五种不同情况。一些重要的未来工作也报道了这一正在进行的研究。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2010 International Conference on Communications and Mobile Computing

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