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Results 71 - 80 of 80 for Grinding Robots
  • Soft-Bodied Robots
    Article - 2 Nov 2012
    This article discusses the design and development of soft-bodied robots.
  • Robotic Locomotion – Running Robot
    Article - 31 Oct 2012
    Running robots that display a natural gait is an exciting field of research and development that has progressed tremendously since Honda unveiled ASIMO in 2000.
  • Introduction to Robotic Locomotion
    Article - 30 Oct 2012
    Locomotion seems to be performed seamlessly but the complex central nervous system controls it. The CNS generates commands at cortical and spinal levels and integrates these commands with the sensory...
  • Robotic Locomotion – Walking Robots
    Article - 30 Oct 2012
    The aim sounds simple; however it is very complex. Design a robot that can duplicate the complexities of the way a human walks and negotiates the challenges of their environment dynamically.
  • An Introduction to Actuators
    Article - 1 Oct 2012
    Actuators are motors used in a control system. They are usually the final elements in the system. They use energy input and low power command signal to amplify the signal and produce the desired...
  • Hair Restoration with Precision Robotics
    Article - 28 Sep 2012
    The best known surgical hair restoration robot is the ARTAS System and is still the only precision-based robot approved by the FDA for its application in harvesting hair follicles.
  • Robots in Control – Acting Without Supervision
    Article - 8 Sep 2012
    During a natural disaster, defence and relief organisations need to respond immediately to ensure maximum safety for those affected. The process must be meticulously coordinated to dilute a crisis and...
  • Curious about Mars
    Article - 10 Aug 2012
    On November 26, 2011, the United States National Aeronautics and Space Administration (NASA) launched the $2.5 billion USD Mars Science Lab Curiosity rover to Mars.
  • Gecko-Inspired Smart-Adhesive Technology for Wall-Climbing Robots
    Article - 1 Aug 2012
    Understanding biological systems to develop robot technology is allowing for the design and engieering of more advanced robotic systems. This articles described the gripping mechanism adapted by the...
  • Automated Critical Care Systems for Spinal Cord Injury Sufferers
    Article - 22 May 2012
    The principle for automated critical care technology for patients with spinal cord injuries is to give back sufferers an element of independence and normality.

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