EXTERNAL HIP ABDUCTOR SUPPORT AUGMENTS SINGLE-LEG LANDING STABILITY Michael Decker, Casey Myers, Kevin Shelburne, Bradley Davidson University of Denver, Human Dynamics Laboratory, Denver, CO USA email: michael.decker@du.

Source URL: www.opedix.com

• Locomotion
• Abduction
• Hip
• Knee

Canadian Society for Biomechanics / Société Canadienne de Biomécanique Proceedings of the Fifth Biannual Conference of the Canadian Society for Biomechanics, Ottawa, Ontario, 16-18 August 1988 Human Locomotion V La Lo

Source URL: www.health.uottawa.ca

• Biology
• Gait analysis
• Biomechanics
• Gait
• David A. Winter
• Cerebral palsy
• Electromyography
• Walking
• Treadmill
• Medicine
• Locomotion
• Motion

Canadian Society for Biomechanics / Société Canadienne de Biomécanique Proceedings of the North American Congress on Biomechanics combined with the Tenth Annual Conference of the American Society of Biomechanics and t

Source URL: www.health.uottawa.ca

• Motion
• Biomechanics
• Gait analysis
• Gait
• Electromyography
• David A. Winter
• LOPES
• Force platform
• Human leg
• Medicine
• Locomotion
• Biology

About the Natural Running Center Launched in July 2011, the Natural Running Center serves as an educational online destination and resource for runners interested in the healthy benefits of natural, minimalist, and bare

Source URL: clevelandrunning.com

• Locomotion
• Sports
• Human behavior
• Barefoot running
• Running
• Shoes
• Barefoot
• Pronation of the foot
• Athletic shoe
• Human anatomy
• Footwear
• Walking

Design of Centimeter-scale Inchworm Robots with Bidirectional Claws Dongwoo Lee, Sinbae Kim, Yong-Lae Park, and Robert J. Wood  Abstract—We present the design and fabrication of centimeter scale robots, which use in

Source URL: micro.seas.harvard.edu

• Robotics
• Rhex
• Friction
• Animal locomotion
• Sliding
• LOPES
• Actuator
• Physics
• Classical mechanics
• Locomotion

Motion Primitives for Human-Inspired Bipedal Robotic Locomotion: Walking and Stair Climbing Matthew J. Powell, Huihua Zhao, and Aaron D. Ames Abstract— This paper presents an approach to the development of bipedal robo

Source URL: ames.tamu.edu

• Humanoid robot
• Robot locomotion
• Bipedalism
• Motion planning
• Mecha
• Walking
• Zero moment point
• Kinematics
• Robotics
• Robot control
• Locomotion

Planar Multi-Contact Bipedal Walking Using Hybrid Zero Dynamics Jordan Lack, Matthew J. Powell, and Aaron D. Ames Abstract— This paper presents a method for achieving planar multi-phase, multi-contact robotic walking u

Source URL: www.bipedalrobotics.com

• Robotics
• Humanoid robot
• Forcing
• Motion planning
• Mathematical optimization
• Walking
• Mathematics
• Applied mathematics
• Robot control
• Robot kinematics
• Robot locomotion

Publications 1997 N. Berme, E. Oggero, G. Pagnacco, “Characteristics of human locomotion” in “Human and machine locomotion” A. Morecki and K. J. Waldron Ed.; Springer-Verlag , 1997, ISBN; pp.

Source URL: www.vestibtech.com

• Gait analysis
• Medicine
• Biomechanics
• Motor control

Makarieva A.M., Gorshkov V.GEnergetics of locomotion in animate and inanimate nature. Energy: Economics, Technology, Ecology, 6(2013), Authors’ translation of the original Russian text. ENERGETICS OF LO

Source URL: www.bioticregulation.ru

Can Gait Biometrics be Spoofed?∗ A. Hadid, M. Ghahramani, V. Kellokumpu, M. Pietik¨ainen Center for Machine Vision Research, University of Oulu, Finland J. Bustard & M. Nixon School of Electronics and Computer Science

Source URL: www.ee.oulu.fi

• Surveillance
• Security
• Biometrics
• Computer network security
• Gait analysis
• Orthopedic surgery
• Spoofing attack
• Gait
• Facial recognition system
• Locomotion
• Medicine
• Motion