Control strategies for active lower extremity prosthetics and orthotics: a review
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...169, 281, 411, 511, 663, 833), operation of a hand orthosis under BMI control (434, 436, 534, 610, 628), and BMIcontrolled leg exoskeletons (156, 205, 282, 425, 456, 768, 812)....
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Cites background from "Control strategies for active lower..."
...Furthermore, significant challenges still exist for the development of a lower limb exoskeleton that can integrate with the user’s neuromusculoskeletal system [43]....
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References
3,356 citations
"Control strategies for active lower..." refers background in this paper
...Impedance is defined as the transfer function between an input flow and a n output effort [202]....
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2,775 citations
"Control strategies for active lower..." refers background in this paper
...The risks are also not limited to physical harm, but may a lso include social, emotional, and psychological effects [38,39]....
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...Pathological gait has also been linked to numerous secondary conditions, ncluding increased energy expenditure [37], increased risk and fear of falling [38,39], and deg en rative bone and joint disorders (e....
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2,274 citations
"Control strategies for active lower..." refers background in this paper
...stroke [6], spinal cord injury [7], Parkinson’s disease [8], and lower limb amputations [9]) can likewise be expected....
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2,181 citations
"Control strategies for active lower..." refers background in this paper
...Intracortical electrode arrays have been successfully demonstrated to allow control of multi-degree-of-freedom reach and grasp movements with robotic arms in tetraplegic subjects [55,56],...
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1,537 citations
"Control strategies for active lower..." refers background in this paper
...stroke [6], spinal cord injury [7], Parkinson’s disease [8], and lower limb amputations [9]) can lik ew se be expected....
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