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  1. Collision Free Motion Planning on Graphs

    A topological theory initiated in [4,5] uses methods of algebraic topology to estimate numerically the character of instabilities arising in motion...
    Chapter
  2. Computing Protein Structures from Electron Density Maps: The Missing Fragment Problem

    Rapid protein structure determination relies greatly on the availability of software that can automatically generate a protein model from an...
    Itay Lotan, Henry van den Bedem, ... Jean-Claude Latombe in Algorithmic Foundations of Robotics VI
    Chapter
  3. Pareto Optimal Coordination on Roadmaps

    Given a collection of robots sharing a common environment, assume that each possesses an individual roadmap for its C-space and a cost function for...
    Robert Ghrist, Jason M. O’Kane, Steven M. LaValle in Algorithmic Foundations of Robotics VI
    Chapter
  4. Coordinating Multiple Droplets in Planar Array Digital Microfluidics System

    This paper presents an approach to coordinate the motions of droplets in digital microfluidic systems used for biochemical analysis. A digital...
    Eric Griffith, Srinivas Akella in Algorithmic Foundations of Robotics VI
    Chapter
  5. Semi-Differential Invariants for Recognition of Albebraic Curves

    This paper studies the recognition of low-degree polynomial curves based on minimal tactile data. Differential and semi-differential invariants have...
    Yan-Bin Jia, Rinat Ibrayev in Algorithmic Foundations of Robotics VI
    Chapter
  6. Computing Deform Closure Grasps

    In prior work, we extended the well-known form closure grasp framework for rigid parts to a class of deformable parts, modeled as frictionless...
    K. “Gopal” Gopalakrishnan, Ken Goldberg in Algorithmic Foundations of Robotics VI
    Chapter
  7. Uniform Coverage of Simple Surfaces Embedded in $\mathbb{R}^3$ for Auto-Body Painting

    We develop a procedure for automated trajectory generation for robotic spray painting applications. Painting requires that the spray gun deposit...
    Prasad N. Atkar, David C. Conner, ... Alfred A. Rizzi in Algorithmic Foundations of Robotics VI
    Chapter
  8. Sampling-Based Motion Planning under Kinematic Loop-Closure Constraints

    Kinematic loop-closure constraints significantly increase the difficulty of motion planning for articulated mechanisms. Configurations of...
    Juan Cortés, Thierry Siméon in Algorithmic Foundations of Robotics VI
    Chapter
  9. Statistical Recognition of Motion Patterns

    One key prerequisite for a machine to interact intelligently with people is its ability to recognize humans as interaction partners and to understand...
    Jörg Illmann, Boris Kluge, ... Matthias Strobel in Advances in Human-Robot Interaction
    Chapter
  10. The Control Architecture of Care-O-bot II

    Robot assistants act in dynamic environments and have to cope with changing situations: they must be able to sense the world and to control their...
    Chapter
  11. Robotic Home Assistant Care-O-bot II

    Technical aids allow elderly and handicapped people to live independently in their private homes as long as they wish. As a contribution to these...
    Matthias Hans, Birgit Graf in Advances in Human-Robot Interaction
    Chapter
  12. Next Generation Teach Pendants for Industrial Robots

    Teach pendants for industrial robots have sometimes been quite rudimentary in the past, and often enough users had to learn to cope with whatever is...
    Arif Kazi, Jens Bunsendal, ... Rainer Bischoff in Advances in Human-Robot Interaction
    Chapter
  13. 6 The Modified Taught Data Method

    In order to realize the movement of an industrial robot, the given objective trajectory is always used without any change when their coordinate...
    Masatoshi Nakamura, Satoru Goto, Nobuhiro Kyura in Mechatronic Servo System Control
    Chapter
  14. 12. APPLICATION OF DUAL CONTROLLERS TO A LABORATORY SCALE VERTICAL TAKE-OFF AIRPLANE

    The application of dual control with direct adaptation to the roll-angle control of a laboratory scale vertical take-off airplane (Patra et al.,...
    Nikolai M. Filatov, Heinz Unbehauen in Adaptive Dual Control
    Chapter
  15. 13. ROBUSTNESS AGAINST UNMODELED EFFECTS AND SYSTEM STABILITY

    Various engineering systems are described by complex dynamic models that include nonlinearities, time-varying parameters and high-order terms....
    Nikolai M. Filatov, Heinz Unbehauen in Adaptive Dual Control
    Chapter
  16. 6. DUAL POLE-PLACEMENT CONTROLLER WITH DIRECT ADAPTATION

    The following two problems have to be solved in order to extend the adaptive dual control approach to direct adaptive pole-placement control systems:...
    Nikolai M. Filatov, Heinz Unbehauen in Adaptive Dual Control
    Chapter
  17. Vision Based Motion Planning of Humanoid Robots

    Vision is the most effective sensing form for humans in understanding their environment, recognition of the objects around them and navigating from...
    M. Fikret Ercan, Changjiu Zhou in Robotic Welding, Intelligence and Automation
    Conference paper
  18. Fuzzy-Neural Impedance Control for Robots

    In conventional impedance control, the difficulties encountered in obtaining an exact system dynamic model and selecting its impedance parameters...
    Conference paper
  19. Evolution of Locomotion Controllers for Legged Robots

    The construction of a locomotion controller for legged robots is a difficult and time consuming process. This task can be automated through the use...
    Conference paper
  20. Robust Stability of Interval Lur’e Systems: A Bilinear Matrix Inequality Approach

    This paper provides a sufficient condition for an interval Lur’e system to be globally exponentially stable with a dam** factor. The Lur’e system...
    Conference paper
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