Column one and two for the files labeled M1 through M25 are the raw neural voltage data and the corresponding motor voltage stimulus sampled at 40 kHz. M# indicates the particular moth used for experimentation. The raw neural data and stimulus data for M26 through M33 (both sampled at 40 kHz) were split into two files respectively called “M#_Raw Neural Data.txt” and “M#_ Stimulus Data.txt”. Files labeled M13, M15, M18, M19, and M20 had an additional step stimulus preceding the delivery of the white noise stimulus. A 0.2 Hz square wave stimulus of 4 V amplitude was interjected between the sinusoidal and white noise stimulus segments. The duration of the step stimulus was 16 seconds (640000 samples). There was a rest period of 1 second betwe...
Each MATLAB .mat file contains an electrophysiological recording of a single striatal interneuron an...
Each file contains the spike timestamps of the units isolated from the extracellular data of a parti...
The file(s) associated with this record are no longer available. [jc][04.02.2013]Neuroscientists are...
The file contains spike time data from multi-electrode array recordings of salamander retinal gangli...
This dataset contains synthetic data from simulations (for a total duration of 10 minutes) including...
Recording extracellulary from neurons in the brains of animals in vivo is among the most established...
<div><p>Recording extracellulary from neurons in the brains of animals in vivo is among the most est...
<p>At the beginning of each experimental session a series of electrical stimulation patterns is deli...
Thesis: Ph. D., Massachusetts Institute of Technology, School of Architecture and Planning, Program ...
This repository contains the raw data from 8-probe Neuropixels recordings in the mouse brain, as des...
This dataset contains the raw electrophysiological recording data that was used to quantify cell div...
Thesis: Ph. D., Massachusetts Institute of Technology, School of Architecture and Planning, Program ...
This repository contains MAT files consisting of simultaneously recorded mouse medial septal and hip...
These Matlab MAT files (8 in total) contain multiunit activity electrophysiological data recorded fr...
<p>At left is a schematic of the experimental setup (see <a href="http://www.ploscompbiol.org/articl...
Each MATLAB .mat file contains an electrophysiological recording of a single striatal interneuron an...
Each file contains the spike timestamps of the units isolated from the extracellular data of a parti...
The file(s) associated with this record are no longer available. [jc][04.02.2013]Neuroscientists are...
The file contains spike time data from multi-electrode array recordings of salamander retinal gangli...
This dataset contains synthetic data from simulations (for a total duration of 10 minutes) including...
Recording extracellulary from neurons in the brains of animals in vivo is among the most established...
<div><p>Recording extracellulary from neurons in the brains of animals in vivo is among the most est...
<p>At the beginning of each experimental session a series of electrical stimulation patterns is deli...
Thesis: Ph. D., Massachusetts Institute of Technology, School of Architecture and Planning, Program ...
This repository contains the raw data from 8-probe Neuropixels recordings in the mouse brain, as des...
This dataset contains the raw electrophysiological recording data that was used to quantify cell div...
Thesis: Ph. D., Massachusetts Institute of Technology, School of Architecture and Planning, Program ...
This repository contains MAT files consisting of simultaneously recorded mouse medial septal and hip...
These Matlab MAT files (8 in total) contain multiunit activity electrophysiological data recorded fr...
<p>At left is a schematic of the experimental setup (see <a href="http://www.ploscompbiol.org/articl...
Each MATLAB .mat file contains an electrophysiological recording of a single striatal interneuron an...
Each file contains the spike timestamps of the units isolated from the extracellular data of a parti...
The file(s) associated with this record are no longer available. [jc][04.02.2013]Neuroscientists are...