Hexapod

Results: 135



#Item
111Motor Control Optimization of Compliant One-Legged Locomotion in Rough Terrain Fumiya Iida and Russ Tedrake Abstract— While underactuated robotic systems are capable of energy efficient and rapid dynamic behavior, we s

Motor Control Optimization of Compliant One-Legged Locomotion in Rough Terrain Fumiya Iida and Russ Tedrake Abstract— While underactuated robotic systems are capable of energy efficient and rapid dynamic behavior, we s

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Source URL: groups.csail.mit.edu

Language: English - Date: 2007-09-14 23:01:01
112Reliable Dynamic Motions for a Stiff Quadruped Katie Byl, Alec Shkolnik, Sam Prentice, Nick Roy and Russ Tedrake Computer Science and Artificial Intelligence Lab, MIT, Cambridge, MA[removed]removed], {shkolnik

Reliable Dynamic Motions for a Stiff Quadruped Katie Byl, Alec Shkolnik, Sam Prentice, Nick Roy and Russ Tedrake Computer Science and Artificial Intelligence Lab, MIT, Cambridge, MA[removed]removed], {shkolnik

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Source URL: groups.csail.mit.edu

Language: English - Date: 2008-08-31 15:30:48
113Dynamically Diverse Legged Locomotion for Rough Terrain Katie Byl and Russ Tedrake Abstract— In this video, we demonstrate the effectiveness of a kinodynamic planning strategy that allows a high-impedance quadruped to

Dynamically Diverse Legged Locomotion for Rough Terrain Katie Byl and Russ Tedrake Abstract— In this video, we demonstrate the effectiveness of a kinodynamic planning strategy that allows a high-impedance quadruped to

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Source URL: groups.csail.mit.edu

Language: English - Date: 2009-02-17 00:42:33
114Roll oscillation modulated turning in dynamic millirobots Duncan W. Haldane, and Ronald S. Fearing Abstract— As we seek to develop more maneuverable legged robots, we need to understand the dynamics of legged turning i

Roll oscillation modulated turning in dynamic millirobots Duncan W. Haldane, and Ronald S. Fearing Abstract— As we seek to develop more maneuverable legged robots, we need to understand the dynamics of legged turning i

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2014-03-13 16:57:12
115Animal-inspired Design and Aerodynamic Stabilization of a Hexapedal Millirobot Duncan W. Haldane, Kevin C. Peterson, Fernando L. Garcia Bermudez, and Ronald S. Fearing Abstract— The VelociRoACH is a 10 cm long, 30 gram

Animal-inspired Design and Aerodynamic Stabilization of a Hexapedal Millirobot Duncan W. Haldane, Kevin C. Peterson, Fernando L. Garcia Bermudez, and Ronald S. Fearing Abstract— The VelociRoACH is a 10 cm long, 30 gram

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2013-05-20 17:59:39
116Microsoft Word - CLAWAR_Final_Draft_v7.docx

Microsoft Word - CLAWAR_Final_Draft_v7.docx

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2012-09-13 04:11:51
117Microsoft Word - CLAWAR_Final_Draft_v7.docx

Microsoft Word - CLAWAR_Final_Draft_v7.docx

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2012-09-13 04:11:51
118Animal-inspired Design and Aerodynamic Stabilization of a Hexapedal Millirobot Duncan W. Haldane, Kevin C. Peterson, Fernando L. Garcia Bermudez, and Ronald S. Fearing Abstract— The VelociRoACH is a 10 cm long, 30 gram

Animal-inspired Design and Aerodynamic Stabilization of a Hexapedal Millirobot Duncan W. Haldane, Kevin C. Peterson, Fernando L. Garcia Bermudez, and Ronald S. Fearing Abstract— The VelociRoACH is a 10 cm long, 30 gram

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2013-05-20 17:59:39
119Dynamic Climbing of Near-Vertical Smooth Surfaces Paul Birkmeyer∗ , Andrew G. Gillies∗ , and Ronald S. Fearing Abstract— A 10 cm hexapedal robot is adapted to dynamically climb near-vertical smooth surfaces. A geck

Dynamic Climbing of Near-Vertical Smooth Surfaces Paul Birkmeyer∗ , Andrew G. Gillies∗ , and Ronald S. Fearing Abstract— A 10 cm hexapedal robot is adapted to dynamically climb near-vertical smooth surfaces. A geck

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2012-10-12 09:55:21
120Roll oscillation modulated turning in dynamic millirobots Duncan W. Haldane, and Ronald S. Fearing Abstract— As we seek to develop more maneuverable legged robots, we need to understand the dynamics of legged turning i

Roll oscillation modulated turning in dynamic millirobots Duncan W. Haldane, and Ronald S. Fearing Abstract— As we seek to develop more maneuverable legged robots, we need to understand the dynamics of legged turning i

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Source URL: robotics.eecs.berkeley.edu

Language: English - Date: 2014-03-13 16:57:12