For pt. I see ibid., vol. 5, no. 4, p. 331-40 (1997). This is the second of a pair of papers which describe an investigation into the feasibility of providing artificial balance to paraplegics using electrical stimulation of the paralyzed muscles. By bracing the body above the shanks, only stimulation of the plantar flexors is necessary. This arrangement prevents any influence from the intact neuromuscular system above the spinal cord lesion. Here, the authors present experimental results from intact and paraplegic subjects
Background: Functional electrical stimulation (FES) is known as a promising technique for movement g...
This paper considers part of the problem of how to provide unsupported standing for paraplegics by f...
International audienceThe objective of this paper is to present a new paradigm in control strategy f...
The aim of this study was to implement a new approach to feedback control of unsupported standing an...
This paper presents the results of continuing work on feedback control of unsupported standing in pa...
This is the first of a pair of papers which describe an investigation into the feasibility of provid...
This special section is about the control of electrical stimulators to restore standing functions to...
Abstract — This special section is about the control of elec-trical stimulators to restore standing ...
This thesis is concerned with the restoration of upright standing after spinal cord injury (SCI) by ...
The objective of this paper was to investigate whether a paraplegic subject-is able to maintain bala...
The mobility impairment caused by a paralysis like a spinal cord injury or a stroke has, beside many...
The goal of this work was to investigate the feasibility of ankle stiffness control using functional...
The restoration of arm-free standing in paraplegic individuals can be accomplished with the help of ...
One of the major obstacles in restoration of functional FES supported standing in paraplegia is the ...
A Linear Quadratic (LQ) optimal controller is proposed in combination with a Functional Electrical S...
Background: Functional electrical stimulation (FES) is known as a promising technique for movement g...
This paper considers part of the problem of how to provide unsupported standing for paraplegics by f...
International audienceThe objective of this paper is to present a new paradigm in control strategy f...
The aim of this study was to implement a new approach to feedback control of unsupported standing an...
This paper presents the results of continuing work on feedback control of unsupported standing in pa...
This is the first of a pair of papers which describe an investigation into the feasibility of provid...
This special section is about the control of electrical stimulators to restore standing functions to...
Abstract — This special section is about the control of elec-trical stimulators to restore standing ...
This thesis is concerned with the restoration of upright standing after spinal cord injury (SCI) by ...
The objective of this paper was to investigate whether a paraplegic subject-is able to maintain bala...
The mobility impairment caused by a paralysis like a spinal cord injury or a stroke has, beside many...
The goal of this work was to investigate the feasibility of ankle stiffness control using functional...
The restoration of arm-free standing in paraplegic individuals can be accomplished with the help of ...
One of the major obstacles in restoration of functional FES supported standing in paraplegia is the ...
A Linear Quadratic (LQ) optimal controller is proposed in combination with a Functional Electrical S...
Background: Functional electrical stimulation (FES) is known as a promising technique for movement g...
This paper considers part of the problem of how to provide unsupported standing for paraplegics by f...
International audienceThe objective of this paper is to present a new paradigm in control strategy f...