Objective. Spike sorting is a set of techniques used to analyze extracellular neural
recordings, attributing individual spikes to individual neurons. This field has gained …

Neurointerfaces have acquired major relevance as both rehabilitative and therapeutic tools
for patients with spinal cord injury, limb amputations and other neural disorders …

Spike sorting is one of the most important data analysis problems in neurophysiology. The
precision in all steps of the spike-sorting procedure critically affects the accuracy of all …

Developing high-density electrodes for recording large ensembles of neurons provides a
unique opportunity for understanding the mechanism of the neuronal circuits. Nevertheless …

Next generation neural interfaces aspire to achieve real-time multi-channel systems by
integrating spike sorting on chip to overcome limitations in communication channel capacity …

Next-generation brain machine interfaces demand a high-channel-count neural recording
system to wirelessly monitor activities of thousands of neurons. A hardware efficient neural …

Objective. Longitudinal observation of single unit neural activity from large numbers of
cortical neurons in awake and mobile animals is often a vital step in studying neural network …

Background Extracellular recordings are performed by inserting electrodes in the brain,
relaying the signals to external power-demanding devices, where spikes are detected and …

This paper presents a power-and area-efficient spike sorting processor (SSP) for real-time
neural recordings. The proposed SSP includes novel detection, feature extraction, and …

A multichannel neural interface system is an important tool for various types of
neuroscientific studies. For the electrical interface with a biological system, high-precision …