Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
1 |
![]() | Hejrati, Babak | Advances in robot-assisted gait rehabilitation with self-selected speed | Applied sciences; Gait; Rehabilitation; Robotics; Self-selected speed | 2016 | dissertation |
2 |
![]() | Redd, Christian Brandt | Design, development, and testing of an insole sensor system for real-time gait feedback and rehabilitation | Feedback; Gait; Rehabilitation; Sensor; Sensory; Wireless | 2011-08 | thesis |
3 |
![]() | Miller, Jonathan James | Design, fabrication, programming, and evaluation of an ankle foot simulator | Awesome; Control; Design; Electro-Mechanical; Gait; Robot | 2016 | thesis |
4 |
![]() | Xu, Hang | Development of a musculoskeletal model to determine knee contact force during walking on ballast using OpenSim simulation | Gait; Knee modeling; OpenSim | 2013-05 | dissertation |
5 |
![]() | Yoo, Byungju | The effect of carrying a military backpack on a transverse slope and sand surface on lower limb during gait | Gait; Military backpack; Sand surface; Transverse slope | 2014-05 | dissertation |
6 |
![]() | Hunt, MaryEllen Claire | Gait modifications on challenging terrain: a study of persons with parkinson disease | Cross slope; Gait; Irregular terrain; Parkinson disease; Transverse slope | 2014-12 | thesis |
7 |
![]() | Schmidt, Matthew Grant | Real-time feedback methods for gait rehabilitation through a mobile platform | Android; Feedback; Gait; Insole; Mobile; Real-time | 2013-05 | thesis |
8 |
![]() | Lincoln, Lucas Samuel | Towards a mobile motion analysis laboratory: improvements in wearable motion capture and force measurement | Gait; Haptics; Kinematics; Optical; Sensor; Tactile; Motion analysis laboratory; Motion capture | 2012-05 | thesis |