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Robot / Case-based reasoning / Wheelchair / Autonomous robot / Mobile robot / Behavior / Cognition / Learning / Robotics / Autonomy / Human–robot interaction


An Adaptive Scheme for Wheelchair Navigation Collaborative Control C. Urdiales1 , J.M. Peula1 , C. Barru´e2 , U. Cort´es2 , F. Sandoval1 , C. Caltagirone3 and R. Annicchiarico3 ISIS Group, ETSI Telecomunicacion, Univ.
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Document Date: 2013-05-03 21:28:00


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File Size: 1,74 MB

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City

Rome / Barcelona / Malaga / New York / /

Company

Cambridge University Press / Reasoning / Intelligent Robotic Systems / Case / Maryland State Medical Journal / Industrial Electronics / Levine S. P. / Csc / Parikh S. P. / /

Country

Italy / Spain / /

IndustryTerm

multigrid algorithm / Control algorithm / shared control systems / problem solution / reactive control systems / shared control algorithm / motor abilities using information technologies / navigation assistance algorithms / human operator / assistive technology / /

OperatingSystem

ISIS / /

Organization

Cambridge University / Artificial Intelligence / Artificial Copyright Intelligence / US Federal Reserve / American Medical Association / Association for the Advancement / Univ. of Malaga / /

Person

Bruemmer / Gustav Fischer / Huang / V / Jordi Girona / /

Position

driver / MAID / D. J. / global planner / chair / intelligent mobility assistant / head / /

ProgrammingLanguage

EC / /

PublishedMedium

Journal of the American Medical Association / /

Technology

laser / navigation assistance algorithms / multigrid algorithm / Natural Language Processing / s/n / proposed algorithm / artificial intelligence / clustering algorithm / motor abilities using information technologies / Control algorithm / PFA algorithm / PFA-based algorithms / shared control algorithm / /

URL

www.aaai.org / /

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