Around the lab in 40 days [indoor robot navigation]

R. Alami, R. Chatila, S. Fleury, M. Herrb, F. Ingrand, Maher Khatib, Benoit Morisset, P. Moutarlier, T. Siméon
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引用次数: 11

Abstract

The authors previously (1998) argued that the LAAS architecture is one of the most suitable for mobile robot control. This statement may seem over-optimistic, not to say pretentious and unverifiable. After all, can we compare architectures? can we set up benchmarks? or can we measure how good an architecture is compared to another? An architecture defines organization principles, integration methods and supporting tools. Comparing those tools, methods and principles may sometime end up in sterile controversies. However, we think there are means to measure the overall quality (or interest) of an architecture. Development time is for example one relevant criterion. Basically, using a specific architecture, how long does it take to integrate a complete demonstration, including nontrivial decisional capabilities, from the low level functional modules up to the supervisory level? This may seem a rather weak measure of architecture quality; however, it encompasses properties such as genericity and adaptability, ease of design and programming, extensibility and robustness. In this paper we describe our recent experience in integrating a complete demonstration from scratch in 40 days using the LAAS architecture.
40天绕实验室一圈【室内机器人导航】
作者先前(1998)认为LAAS体系结构是最适合移动机器人控制的体系结构之一。这种说法可能看起来过于乐观,更不用说自命不凡和无法证实。毕竟,我们可以比较架构吗?我们可以设置基准吗?或者我们是否可以衡量一个架构与另一个架构相比有多好?体系结构定义了组织原则、集成方法和支持工具。比较这些工具、方法和原则,有时可能会导致毫无结果的争论。然而,我们认为有一些方法可以衡量体系结构的整体质量(或兴趣)。例如,开发时间就是一个相关的标准。基本上,使用特定的体系结构,从低级功能模块到管理级别集成一个完整的演示(包括重要的决策能力)需要多长时间?这似乎是一个相当弱的建筑质量衡量标准;然而,它包含了诸如通用性和适应性、易于设计和编程、可扩展性和健壮性等属性。在本文中,我们描述了我们最近使用LAAS架构在40天内从头开始集成完整演示的经验。
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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