This article describes a study on neural noise and neural signal feature extraction, targeting real-time spike sorting with miniaturized microchip implementation. Neuronal signature, noise shaping, and adaptive bandpass filtering are reported as the techniques to enhance the signal-to-noise ratio (SNR). A subset of informative samples of the waveforms is extracted as features for classification. Quantitative and comparative experiments with both synthesized and animal data are included to evaluate different feature extraction approaches. In addition, a preliminary hardware implementation has been realized using an integrated circuit
Modern microtechnology is enabling the channel count of neural recording integrated circuits to scal...
We present neural spike sorting when the signal-to-noise ratio (SNR) is close to 0 dB. The use of no...
Recent advances in the field of neuroscience have suggested that new generation brain computer inte...
This article describes a study on neural noise and neural signal feature extraction, targeting real-...
Associate Editor Angelique Louie oversaw the review of this article. Abstract—This article describes...
This paper presents a spike feature extraction algorithm that targets real-time spike sorting and fa...
Abstract — Spike sorting is often required for analyzing neu-ral recordings to isolate the activity ...
AbstractTo study the electrophysiological properties of neuronal networks, in vitro studies based on...
Studying signal and noise properties of recorded neural data is critical in developing more efficien...
Brain-machine interfaces require real-time, wireless signal acquisition systems. However, wireless t...
Objective. The prospect of real-time and on-node spike sorting provides a genuine opportunity to pus...
Advances in neuroscience have enabled the rapid development of electronics that abet the functioning...
Simultaneous recordings of multiple neuron activities with multi-channel extracellular electrodes ar...
Advances in neuroscience have enabled the rapid development of electronics that abet the functioning...
Measuring electrical potentials in the extracellular space of the brain is a popular technique becau...
Modern microtechnology is enabling the channel count of neural recording integrated circuits to scal...
We present neural spike sorting when the signal-to-noise ratio (SNR) is close to 0 dB. The use of no...
Recent advances in the field of neuroscience have suggested that new generation brain computer inte...
This article describes a study on neural noise and neural signal feature extraction, targeting real-...
Associate Editor Angelique Louie oversaw the review of this article. Abstract—This article describes...
This paper presents a spike feature extraction algorithm that targets real-time spike sorting and fa...
Abstract — Spike sorting is often required for analyzing neu-ral recordings to isolate the activity ...
AbstractTo study the electrophysiological properties of neuronal networks, in vitro studies based on...
Studying signal and noise properties of recorded neural data is critical in developing more efficien...
Brain-machine interfaces require real-time, wireless signal acquisition systems. However, wireless t...
Objective. The prospect of real-time and on-node spike sorting provides a genuine opportunity to pus...
Advances in neuroscience have enabled the rapid development of electronics that abet the functioning...
Simultaneous recordings of multiple neuron activities with multi-channel extracellular electrodes ar...
Advances in neuroscience have enabled the rapid development of electronics that abet the functioning...
Measuring electrical potentials in the extracellular space of the brain is a popular technique becau...
Modern microtechnology is enabling the channel count of neural recording integrated circuits to scal...
We present neural spike sorting when the signal-to-noise ratio (SNR) is close to 0 dB. The use of no...
Recent advances in the field of neuroscience have suggested that new generation brain computer inte...