Portability, extensibility and robustness in iROS

S. Ponnekanti, Brad Johanson, Emre Kıcıman, A. Fox
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引用次数: 112

Abstract

The dynamism and heterogeneity in ubicomp environments on both short and long time scales implies that middleware platforms for these environments need to be designed ground up for portability, extensibility and robustness. In this paper, we describe how we met these requirements in iROS, a middleware platform for a class of ubicomp environments, through the use of three guiding principles - economy of mechanism, client simplicity and levels of indirection. Apart from theoretical arguments and experimental results, experience through several deployments with a variety of apps, in most cases not done by the original designers of the system, provides some validation in practice that the design decisions have in fact resulted in the intended portability, extensibility and robustness. A retrospective examination of the system leads the authors to the following lesson: A logically-centralized design and physically-centralized implementation enables the best behavior in terms of extensibility and portability along with ease of administration, and sufficient behavior in terms of scalability and robustness.
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iROS中的可移植性、可扩展性和健壮性
ubicomp环境在短期和长期尺度上的动态性和异构性意味着,这些环境的中间件平台需要在设计时考虑可移植性、可扩展性和健壮性。在本文中,我们描述了如何在iROS中满足这些需求,iROS是一类ubicomp环境的中间件平台,通过使用三个指导原则-机制的经济性,客户端简单性和间接级别。除了理论争论和实验结果之外,通过对各种应用程序的多次部署的经验(在大多数情况下不是由系统的原始设计师完成的)在实践中提供了一些验证,即设计决策实际上导致了预期的可移植性、可扩展性和健壮性。对系统的回顾检查使作者得出以下结论:逻辑上集中的设计和物理上集中的实现在可扩展性和可移植性以及易于管理方面实现了最佳行为,并在可伸缩性和健壮性方面实现了充分的行为。
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