Call Number (LC) | Title | Results |
---|---|---|
TJ211.3 .R57 2000 |
Robust vision for vision-based control of motion Robust vision for vision-based control of motion / |
2 |
TJ211.3 .R66 2003 | Robotics research the tenth international symposium / | 1 |
TJ211.3 .R68 2008eb | Robot vision second international workshop, RobVis 2008, Auckland, New Zealand, February 18-20, 2008 : proceedings / | 1 |
TJ211.3 .S63 2009eb | Spatial temporal patterns for action-oriented perception in roving robots | 1 |
TJ211.3 .S66 2009eb | Sharing a Vision : Systems and Algorithms for Collaboratively-Teleoperated Robotic Cameras / | 1 |
TJ211.3 .T39 2006eb | Visual perception and robotic manipulation 3D object recognition, tracking and hand-eye coordination / | 1 |
TJ211.3 .T47 1987 | Three-dimensional machine vision / | 1 |
TJ211.3 .U55 2008eb | Unifying perspectives in computational and robot vision | 1 |
TJ211.3 .V35 2017eb | Robot learning by visual observation / | 3 |
TJ211.3 .V54 1997 | A few steps towards 3D active vision | 1 |
TJ211.3 .V59 1997 | Visual navigation : from biological systems to unmanned ground vehicles / | 1 |
TJ211.3 .V59 1997eb | Visual navigation : from biological systems to unmanned ground vehicles / | 1 |
TJ211.34 .R37 2022 | Underwater Labriform-swimming Robot. | 1 |
TJ211.34 .X54 2023eb | Bionic sensing with artificial lateral line systems for fish-like underwater robots / | 1 |
TJ211.34 .Y83 2023 | Bionic gliding underwater robots : design, control, and implementation / | 1 |
TJ211.35 |
AI based robot safe learning and control / Recent developments in manufacturing robotic systems and automation / Robot operating system (ROS) : the complete reference. Control of Multiple Robots Using Vision Sensors Handling uncertainty and networked structure in robot control / Biologically inspired control of humanoid robot arms : robust and adaptive approaches / Nonlinear circuits and systems for neuro-inspired robot control / Visual control of wheeled mobile robots : unifying vision and control in generic approaches / Control Design and Analysis for Underactuated Robotic Systems / Exploring robotics with ROBOTIS systems / Neural network control of robot manipulators and nonlinear systems / Robot system reliability and safety : a modern approach / Multi-view geometry based visual perception and control of robotic systems / Roboter mit ROS : Bots konstruieren und mit Open Source programmieren / Making robots smarter : combining sensing and action through robot learning / Control of ground and aerial robots / Neural Systems for Robotics. New trends in robot control Whole-body impedance control of wheeled humanoid robots / Intelligent robot : implementation and applications / Distributed coordination theory for robot teams / Guiding vector fields for robot motion control / Secure coordination control of networked robotic systems from a control theory perspective / Human Inspired Dexterity in Robotic Manipulation / Dynamics of mobile systems with controlled configuration / State estimation for robotics / ANALYSIS AND COMPENSATION OF KINETIC FRICTION IN ROBOTIC AND MECHATRONIC CONTROL SYSTEMS A stable and transparent framework for adaptive shared control of robots / Virtual decomposition control toward hyper degrees of freedom robots / Synergetic Agents : From Multi-Robot Systems to Molecular Robotics. Frontiers in robotics and electromechanics / Whole-body control for multi-contact balancing of humanoid robots design and experiments / New developments and advances in robot control / Local stability and ultimate boundedness in the control of robot manipulators Control of Multiple Robots Using Vision Sensors / Visual guidance of unmanned aerial manipulators / |
44 |
TJ211.35 .A235 2017 | Adaptive control for robotic manipulators / | 2 |
TJ211.35 .A246 1996 |
Advanced sensor and control-system interface 21-22 November 1996, Boston, Massachusetts / Advanced sensor and control-system interface : 21-22 November 1966, Boston, Massachusetts / |
2 |
TJ211.35 .A25 1992 | Advanced tactile sensing for robotics / | 1 |
TJ211.35 .A25 1992eb | Advanced tactile sensing for robotics / | 1 |