Manual touch interactions elicit widespread skin vibrations that excite spiking responses in
tactile neurons distributed throughout the hand. The spatiotemporal structure of these …

Abstract Background: In Kreuz et al., J Neurosci Methods 381, 109703 (2022) two methods
were proposed that perform latency correction, ie, optimize the spike time alignment of …

Cortical circuits encoding sensory information consist of populations of neurons, yet how
information aggregates via pooling individual cells remains poorly understood. Such pooling …

Background: In neurophysiological data, latency refers to a global shift of spikes from one
spike train to the next, either caused by response onset fluctuations or by finite propagation …

Cortical circuits feature both excitatory and inhibitory cells that underlie the encoding of
dynamic sensory stimuli, eg, speech, music, odors, and natural scenes. While previous …

Background Modern techniques for multi-neuronal recording produce large amounts of data.
There is no automatic procedure for the identification of states in recurrent voltage patterns …

Cortical circuits encoding sensory information consist of populations of neurons, yet how
information aggregates via pooling individual cells remains poorly understood. Such pooling …

Neural circuits that mediate complex behaviors contain several cell types, yet little is known
about the role of each cell type within these circuits. An example problem in the auditory …

The sense of touch arises from a complex interplay between biomechanical and neural
processes that span large areas of skin. Little is understood about these processes and their …

This research aims to develop a data-driven computationally efficient strategy for automatic
cross-patient seizure detection using spatio temporal features learned from multichannel …