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Titania Nanotube Arrays as Interfaces for Neural Prostheses [PDF]
Materials Science and Engineering C, 2015 Paulo Soares, Ketul C. Popat
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Brain, Behavior and Evolution, 2008
The objectives of several neural prostheses which are currently being investigated are discussed along with some of the principal research questions. Future neural prostheses may extend mans'' capabilities beyond that which is considered normal function.
K, Frank, F T, Hambrecht
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The objectives of several neural prostheses which are currently being investigated are discussed along with some of the principal research questions. Future neural prostheses may extend mans'' capabilities beyond that which is considered normal function.
K, Frank, F T, Hambrecht
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Neural Control in Prostheses and Exoskeletons
2020Maziar Ahmad Sharbafi +2 more
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Recording and decoding for neural prostheses
Proceedings of the IEEE, 2016This paper reviews technologies and signal processing algorithms for decoding peripheral nerve and electrocorticogram signals to interpret human intent and control prosthetic arms. The review includes a discussion of human motor system physiology and physiological signals that can be used to decode motor intent, electrode technology for acquiring ...
David J. Warren +9 more
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Electroencephalography and Clinical Neurophysiology, 1983
Individuals with upper motor neuron lesions often have lower motor neurons which innervate excitable but atrophic skeletal muscles. This atrophy can be reversed over a period of several months by electrically induced exercise of these paralyzed muscles (9).
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Individuals with upper motor neuron lesions often have lower motor neurons which innervate excitable but atrophic skeletal muscles. This atrophy can be reversed over a period of several months by electrically induced exercise of these paralyzed muscles (9).
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Microelectronics and neural prostheses
Annals of Biomedical Engineering, 1980The realization of effective neural prostheses requires both understanding of the neural physiological substrate of the function and the availability of hardware, stimulation electronics, electrodes, sensors, and information processing electronics, to execute the required function. Microelectronics, especially custom and semicustom integrated circuits,
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Development of an Implanted Neural Prostheses
2011To research and design a type of implantable functional electrical stimulator for restoring the injured peripheral nervous system. The crucial circuits of the implantable neural prosthesis were designed based on the digital signal processor TMS320VC54x and programmable logic device XC95144XL, corresponding program were developed and an experiment was ...
Hongyun Liu, Weidong Wang, Zhengbo Zhang
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2007
The use of technology to compensate for neurological deficit or disease has long captured the imagination of researchers in neural engineering. Although the field of neural engineering, by name, is relatively young, over the past 30 years many researchers from the traditional engineering fields have devoted major portions of their careers to the ...
Philip R. Troyk, Stuart F. Cogan
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The use of technology to compensate for neurological deficit or disease has long captured the imagination of researchers in neural engineering. Although the field of neural engineering, by name, is relatively young, over the past 30 years many researchers from the traditional engineering fields have devoted major portions of their careers to the ...
Philip R. Troyk, Stuart F. Cogan
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[Neural engineering and neural prostheses].
Zhongguo yi liao qi xie za zhi = Chinese journal of medical instrumentation, 2007The motivation of the brain-computer interface (BCI) research and its potential applications are introduced in this paper. Some of the problems in BCI-based medical device developments are also discussed.
Shang-Kai, Gao +4 more
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Evaluation of electrode array material for neural prostheses
Neurosurgery, 1979Matrix support materials for brain surface electrodes used in neuroprosthetic applications were evaluated after chronic subdural implantation over the parietal cortex of the cat. Four types of array fabricated with Silastic, Dacron mesh, or platinum wire annuli were implanted for periods ranging from 5 weeks to 1 year. We evaluated the arrays by access
L A, Bullara +4 more
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