intelligent robot

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intelligent robot

[in′tel·ə·jənt ′rō‚bät]
(control systems)
A robot that functions as an intelligent machine, that is, it can be programmed to take actions or make choices based on input from sensors.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive ?
Wajahat M Qazi gave a detailed talk on Artificial Intelligence and Cognitive Robotics while Syed Najeeb-ul-Hasan who is certified CISCO trainer gave a workshop on Network Security.
The conference focuses on various fields like aerial and underwater robotics, bio-inspired robotics, cable robots, cognitive robotics, collaborative robotics, control systems, humanoids, intelligent robotics and systems, legged robots, manipulation, mechatronics systems, micro- and nano-robots, modeling and identification, motion planning and learning, opto-mechatronics, parallel robotics, probabilistic robotics, reconfigurable robots, rehabilitation, robot calibration, robot control, robotic platforms, service and field robotics, social robotics, telerobotics, vision systems, visual robotics and wheeled mobile robots.
It is the provider of Automation Anywhere Enterprise, a cognitive robotics process automation platform.
There is also a lot of focus at global tech conferences on the potential of cognitive robotics, with companies putting what were high-concept ideas, like driverless cars and self-navigating drones, into production.
Theoretical explorations of cognitive robotics using developmental psychology.
This issue, in today's robotic world, is still hotly debated as "the last remaining mystery," says Owen Holland, a professor of cognitive robotics in the Sackler Centre for Consciousness Science at the University of Sussex (Jha, 2003).
James also worked closely with the Cardiff Institute for the Blind, the Cognitive Robotics Research Centre in Newport, and Wales Autism Research Centre in connection with various aspects of shooting his ambitious film.
The researchers presented their findings at the IEEE International Conference on Robotics and Automation in Karlsruhe, Germany, where their paper was nominated for a Best Cognitive Robotics Paper Award.
But ARL engineers specializing in human factors integration are leading military efforts in cognitive robotics research to take ground-based robotic systems beyond architectures that support a robot's working memory, to architectures that will support perception and long-term memory.

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