基于虫洞环境的覆盖网络建模与分析

René Rydhof Hansen, Christian W. Probst
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引用次数: 1

摘要

过程演算是一种对分布式系统进行形式化建模的强大机制,对于评估移动和无处不在的计算和网络中的信任、安全性和隐私问题特别有用。然而,它们通常只支持单一的建模方法和语义,而分布式系统和网络通常是不同技术和功能的集合体。在本文中,我们提出了一种新的方法来对这些系统进行建模,并使它们适合于形式化分析。我们用“虫洞”增强了环境演算,作为一种方便的方式,环境可以通过不同的语义层在代表不同技术和功能的“世界”之间穿梭。我们的方法能够简单而自然地建模和分析用于无处不在的计算和网络的多层系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling and Analysing Overlay Networks by Ambients with Wormholes
Process calculi are a powerful mechanism to formally model distributed systems, and are especially useful for assessing trust, security, and privacy issues in mobile and ubiquitous computing and networking. However, they often only support a single modelling approach and semantics, whereas distributed systems and networks often are a conglomeration of different technologies and functionalities. In this paper we propose a novel approach to model these systems and make them amenable to formal analysis. We enhance the ambient calculus with “wormholes” as a convenient way for ambients to travel between “worlds” representing the different technologies and functionalities by means of different semantic layers. Our approach enables easy and natural modelling and analysis of multi-layer systems for ubiquitous computing and networking.
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