Distance-Based Computational Models for Facilitating Robot Interaction with Children David Feil-Seifer Department of Computer Science, Yale University and

Source URL: robotics.usc.edu

• Multimodal interaction
• Humanoid robot
• Robot
• Cog
• Mobile robot
• Autonomous robot
• EveR-1
• Artificial intelligence
• Technology
• Robotics
• Human communication
• Human–robot interaction

The COG Scrapbook Steven R. Bagley David F. Brailsford Document Engineering Laboratory

Source URL: www.eprg.org

• Windows games
• Cog
• Portable Document Format
• PlayStation Home
• Tagged
• Tag
• Computing
• Information
• Digital media

SWD GmbH exclusive selling: Uwe Wannags, Hard- + Softwaredistribution e.K. Web: www.swd.de Email: Tel.: +Fax.: +

Source URL: swd.de

• QNX
• Research In Motion
• Linux kernel
• Cog
• Transmission Control Protocol
• Computing
• Computer architecture
• Software

Speed selection tables for MAX 200 B, J20 poly-V belt drive / ETR 36, cog belt drive / MAX 48 T, pinion drive Possible working cycles Rapid feed and retract Work feed rate

Source URL: www.somex.fr

RIGHTMOVE PRODUCT GUIDELINES Commercial DEFINITIONS “Additional Products” means the additional Services which You can purchase on top of your Core Membership. “Core Membership” means the basic services to which Y

Source URL: media.rightmove.co.uk

• Advertising
• Communication design
• Graphic design
• Television
• Cog
• Internet privacy
• Rightmove
• Law
• Television commercials
• Business
• Marketing

3rd EUREL Workshop and Masterclass – European Advanced Robotics Systems Development. Salford, U.K., AprilRecent Advances in the Development of the Humanoid Service Robot HERMES Rainer Bischoff Bundeswehr Univer

Source URL: robotik.w3.rz.unibw-muenchen.de

• Humanoid robot
• Robot
• Mobile robot
• Autonomous robot
• Tactile sensor
• Cognitive robotics
• Cog
• Mechanical engineering
• Industrial robot
• Robotics
• Technology
• Artificial intelligence

Second International Symposium on Humanoid Robots. Tokyo, OctoberNatural Communication and Interaction with Humanoid Robots Rainer Bischoff† and Tamhant Jain‡ †

Source URL: robotik.w3.rz.unibw-muenchen.de

• Robot
• Mobile robot
• Cog
• Autonomous robot
• ROS
• Artificial intelligence
• Technology
• Adaptive collaborative control
• Industrial robot
• Robotics
• Humanoid robot
• Human–robot interaction

FSR’97 International Conference on Field and Service Robots. Canberra, DecemberHERMES – A Humanoid Mobile Manipulator for Service Tasks Rainer Bischoff Federal Armed Forces University Munich Institute of Meas

Source URL: robotik.w3.rz.unibw-muenchen.de

• Humanoid robot
• Mobile robot
• Robot
• Mobile manipulator
• Industrial robot
• Autonomous robot
• Cognitive robotics
• Cog
• Outline of robotics
• Robotics
• Technology
• Mechanical engineering

WESIC’98 Workshop on European Scientific and Industrial Collaboration on Promoting Advanced Technologies in Manufacturing. Girona, JuneVision-guided Intelligent Robots for Automating Manufacturing, Materials Han

Source URL: robotik.w3.rz.unibw-muenchen.de

• Mobile robot
• Humanoid robot
• Autonomous robot
• Mobile manipulator
• Cog
• ROS
• Outline of robotics
• Robot calibration
• Robotics
• Technology
• Robot

CIRA 2003, Kobe Graefe, Bischoff: Past, . . . Future of Intelligent Robots Past, Present and Future of Intelligent Robots Volker Graefe and Rainer Bischoff

Source URL: robotik.w3.rz.unibw-muenchen.de

• Robot
• Humanoid robot
• Mobile robot
• Human–robot interaction
• Cognitive robotics
• Industrial robot
• Autonomous robot
• Domestic robot
• Cog
• Technology
• Robotics
• Mechanical engineering