The document "ICAR 2009" was published on "2022-10-19T14:55:18" on the website "ConfIDent" under the URL https://confident-conference.org/index.php/Event:ICAR 2009.
The document "ICAR 2009" describes an event in the sense of a conference.
The document "ICAR 2009" contains information about the event "ICAR 2009" with start date "Jun 22, 2009" and end date "Jun 26, 2009".
The event "ICAR 2009" is part of the event series identified by [[]]
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Venue
Munich, Germany
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Welcome to the 14th International Conference on Advanced Robotics (ICAR 2009) being held in the Munich Marriott Hotel, Germany, from June 22th to 26th, 2009. The theme of ICAR 2009 will be "able robots", where "able" is the lexical intersection of "cap-able", "depend-able", "measur-able", "afford- able". These adjectives stand as synonyms for four rather fundamental and important features of robots which are supposed to deliver useful and economically competitive services in everyday environments under everyday conditions. Robots need to be "cap-able" of performing functions, which are considered to be of real use to a customer. These functions and capabilities have to be shown in a "depend-able" manner 24 hours per day, 7 days per week and 52 weeks per year. Service robots, which have become products, have become "measur-able" because their price performance ratio determines their competitiveness. Measurability of functions, components, system designs is needed to develop competitive service robot products. Finally, attention must be paid not only to the development of high technology but also to "afford-able" technology which leads to a competitive price performance ratio of the eventual service robotics products. We solicit original high-quality contributions addressing the following scientific and technological issues: cap-able learning, interaction, reasoning, programming, robust perception, mobile manipulation afford-able wide-area navigation, localization, manipulation and grasping, obstacle avoidance, coverage measur-able performance measures & procedures, benchmarks, experimental robotics, standards depend-able robust autonomy, error recovery, remote diagnosis and monitoring; self-modeling, self-monitoring, self-repair Special sessions will be organized for the following topics (amongst others): - disposable robots - robust autonomy - robotic learning by experimentation
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