EU views and strategy for the future of advanced robotics

P. Dario, M. Carrozza, C. Laschi, A. Menciassi, S. Micera
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引用次数: 2

Abstract

In the last five years, the European Commission dedicated particular attention to the definition and development of several activities to make EU "a knowledge-based society". This choice has been also confirmed during the definition process of the 7th Framework Programme (7FP) increasing significantly EU spending on research. Nine main research themes have been preliminary defined and among them, at least three can represent an important opportunity for robotic research: (1) health; 2) information and communication technologies; (3) nanosciences and nanotechnologies. In particular, we think that well-established global communication networks can increasingly integrate also robotics and mechatronics technologies establishing a new paradigm which can be defined as "ubiquitous robotics" going far beyond the well established and broadly accepted notion of the Web as an infrastructural communication network serving the global community as well as the single individual. This new envisaged scenario provides "augmentation" to individual users and to communities in a broad sense and in different situations.
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欧盟对未来先进机器人技术的看法和战略
在过去的五年中,欧盟委员会特别关注了几项活动的定义和发展,以使欧盟成为“知识型社会”。这一选择在第7个框架计划(7FP)的定义过程中也得到了证实,这大大增加了欧盟的研究支出。已经初步确定了9个主要研究主题,其中至少有3个可以代表机器人研究的重要机会:(1)健康;2)信息通信技术;(3)纳米科学与纳米技术。特别是,我们认为完善的全球通信网络可以越来越多地集成机器人技术和机电一体化技术,建立一个新的范例,可以定义为“无处不在的机器人技术”,远远超出了已经建立和广泛接受的概念,即网络作为服务于全球社区和单个个人的基础设施通信网络。这个新设想的场景在广义上和不同的情况下为个人用户和社区提供了“增强”。
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