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Publisher: Taylor and Francis Ltd

Volume 25, Number 15, 2011

Clinical-Based, Task-Specific and Subject-Oriented Approaches Essential to Effective Robotics Rehabilitation
pp. 1851-1855(5)
Authors: Low, K. H.; Ohnishi, Kengo; Agrawal, Sunil K.

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Gait Recovery in Healthy Subjects: Perturbations to the Knee Motion with a Smart Knee Brace
pp. 1857-1877(21)
Authors: Temel, Mehmet; Rudolph, Katherine S.; Agrawal, Sunil K.

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Stroke Survivors' Gait Adaptations to a Powered Ankle–Foot Orthosis
pp. 1879-1901(23)
Authors: Ward, Jeffrey; Sugar, Thomas; Boehler, Alexander; Standeven, John; Engsberg, Jack R.

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Gait Pattern Adaptation for an Active Lower-Limb Orthosis Based on Neural Networks
pp. 1903-1925(23)
Authors: Gomes, M. A.; Silveira, G. L. M.; Siqueira, A. A. G.

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Initial System Evaluation of an Overground Rehabilitation Gait Training Robot (NaTUre-gaits)
pp. 1927-1948(22)
Authors: Wang, Ping; Low, K. H.; Tow, Adela; Lim, P. H.

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Rehabilitation Robot with Patient-Cooperative Control for Bimanual Training of Hemiparetic Subjects
pp. 1949-1968(20)
Authors: Trlep, Matic; Mihelj, Matjaž; Puh, Urška; Munih, Marko

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Modeling and Verification of a Bimanual-Coordinated Training System
pp. 1969-1989(21)
Authors: Li, Chunguang; Inoue, Yoshio; Liu, Tao; Shibata, Kyoko; Sun, Lining

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Clinical-Based Engineering Assessment and Data Interpretation of Hand Strength for Task-Oriented Robotic Rehabilitation
pp. 1991-2018(28)
Authors: Huang, Y. Y.; Low, K. H.; McGregor, A. H.; Kong, K. H.

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