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1.
Physically-based sampling for motion planning
by Gayle, Thomas Russell, Ph.D.  The University of North Carolina at Chapel Hill. 2010: 252 pages; 3409956.
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Proprioceptive and Kinesthetic Feedback for Robotic Manipulation
by Leontie, Roxana, Ph.D.  The George Washington University. 2019: 101 pages; 22615256.
4.
Concurrent Design of Path Planning Methods and Input Shaping for Flexible Mobile Robots
by Eaglin, Gerald, M.S.  University of Louisiana at Lafayette. 2018: 93 pages; 10842690.
5.
Robots that duplicate themselves: Theoretical principles and physical demonstrations
by Lee, Kiju, Ph.D.  The Johns Hopkins University. 2009: 236 pages; 3340034.
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Multi-Robot Mission Planning with Energy Replenishment
by Li, Bingxi, Ph.D.  Michigan Technological University. 2018: 142 pages; 13422071.
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Real-Time Synchronized Automata for Cooperative Mobile Robots in Dynamic Networks
by Barjasteh, Sina, M.S.  California State University, Long Beach. 2018: 35 pages; 10978741.
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Physiological effects of monocular display augmented, articulated arm-based laser digitizing
by Littell, William Neil, Ph.D.  Mississippi State University. 2013: 125 pages; 3558911.
9.
Learning to Manipulate Novel Objects for Assistive Robots
by Sung, Jaeyong, Ph.D.  Cornell University. 2017: 190 pages; 10258261.
11.
Planning for a Small Team of Heterogeneous Robots: from Collaborative Exploration to Collaborative Localization
by Butzke, Jonathan Michael, Ph.D.  Carnegie Mellon University. 2017: 147 pages; 10798588.
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Soldier and robot interaction in combat environments
by Kolb, Michael, Ph.D.  The University of Oklahoma. 2012: 227 pages; 3524365.
13.
Annotation Scaffolds for Robotics
by Frank Bolton, Pablo, Ph.D.  The George Washington University. 2018: 166 pages; 10843648.
14.
Mixed-Signal Sensing, Estimation and Control for Miniature Robots
by Kuhlman, Michael Joseph, M.S.  University of Maryland, College Park. 2012: 131 pages; 1541601.
15.
Push Recovery Control for Force-Controlled Humanoid Robots
by Stephens, Benjamin, Ph.D.  Carnegie Mellon University. 2011: 180 pages; 3515773.
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Wire-Actuated Parallel Robots for Cochlear Implantation with in-vivo Sensory Feedback
by Pile, Jason, Ph.D.  Vanderbilt University. 2015: 264 pages; 13835183.
17.
Any-Com Multi-Robot Path Planning
by Otte, Michael Wilson, Ph.D.  University of Colorado at Boulder. 2011: 194 pages; 3489609.
18.
Simulating soft bodied robots: Methods, benefits, and potential applications
by Saunders, Frank James, M.S.  Tufts University. 2009: 76 pages; 1463932.
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Creative Learning for Intelligent Robots
by Liao, Xiaoqun, Ph.D.  University of Cincinnati. 2006: 295 pages; 10857161.
20.
Perception and displays for teleoperated robots
by Upham Ellis, Linda, Ph.D.  University of Central Florida. 2008: 205 pages; 3335371.
21.
Modeling and Control of Cable-Riding Robots
by Dhundur, Ninad Pravin, M.S.  University of Louisiana at Lafayette. 2013: 77 pages; 1553884.
22.
Intelligent Control and Force Redistribution for a High-Speed Quadruped Trot
by Palmer, Luther R., III, Ph.D.  The Ohio State University. 2007: 170 pages; 10835949.
23.
Supportive Behaviors for Human-Robot Teaming
by Hayes, Bradley, Ph.D.  Yale University. 2016: 178 pages; 10160856.
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Using Simplified Models and Limited-Horizon Planning to React to Time-Critical Problems
by Lurz, Joshua Paul, D.Sc.  The George Washington University. 2019: 145 pages; 13419796.
26.
Development of a Control-Oriented Model for Autonomous Mobile Robots
by Meadows, Hunter, M.S.  Southern Illinois University at Edwardsville. 2018: 70 pages; 10979828.
27.
Design and Control of Compliant Lower Legs for Insectoid Robots
by Qudsi, Yasmeen, M.S.  University of Louisiana at Lafayette. 2016: 97 pages; 10163346.
28.
Design, construction, inverse kinematics, and visualization of continuum robots
by Neppalli, Srinivas, M.S.  Mississippi State University. 2008: 85 pages; 1459824.
29.
Command Language for Single-User, Multi-Robot Swarm Control
by Shultz, Abraham M., Sc.D.  University of Massachusetts Lowell. 2019: 327 pages; 13859845.
30.
Better, Faster, Stronger: Measuring and Transcending Your Physical Limits with Wearable Robots
by Matthew, Robert Peter, Ph.D.  University of California, Berkeley. 2016: 142 pages; 10193548.
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