Quantitative Single-Neuron Modeling Competition for year 2009, developed by researchers at EPFL. Data from Wistar rat cortical neurons and rhesus monkey lateral geniculate nucleus and retinal ganglion cells.
Contributors: Gerstner, Wulfram, Naud, Richard, Carandini, Matteo, Sincich, Lawrence C., Horton, Jonathan C., Adams, Daniel L., Economides, John R.
... Other This data was used for the 2009 quantitative single-neuron modeling competition developed by researchers at EPFL. There are four challenges). Data for the first three challenges are from Wistar rat cortical neurons. Data for the last challenge is from rhesus monkey LGN and retinal ganglion cells.
Contributors: Rokem, A.., Watzl, S., Gollisch, T., Stemmler, M., Herz, A.V.M., Samengo, I.
... Other This data contains recordings from the grasshopper (Locusta migratoria) auditory receptor cell.
Contributors: Blanche, Tim
... Other The data comprises multi-neuron responses recorded with silicon electrode arrays in the primary visual cortex of anethetized cats. Specifically, the spike times of ten (10) simultaneously recorded cells from a single penetration in cat area 17 in response to oriented drifting bars, spatiotemporal white noise, and a dynamic natural scene movie.
Contributors: David, Stephen V., Vinje, William E., Gallant, Jack L.
... Other This data consists of single electrode recordings from V1 in awake behaving macaque monkeys who fixated at a central point on the screen, while stimuli were presented to the cell's receptive field. The data has been used by the Gallant lab to determine stimulus-response mapping functions.
Contributors: Itti, Laurent, Carmi, Ran
... Other This freely shared dataset consists of a body of 520 human eye-tracking data traces obtained while normal, young adult human volunteers freely watched complex video stimuli (TV programs, outdoors videos, video games). The dataset comprises eye movement recordings from eight distinct subjects watching 50 different video clips (~25 minutes of total playtime) and from another eight subjects watching the same set of video clips after scrambling them into randomly re-ordered sets of 1-3s clippets.
Contributors: Dan, Yang, Felsen, Gidon, Touryan, Jon
... Other These experiments were performed to measure the spatiotemporal receptive fields of cortical cells. The data were obtained with extra-cellular recordings from the primary visual cortex of anesthetized adult cats. Visual stimuli were one-dimensional white noise (random bars) and two-dimensional stimuli (natural images, natural phase, and random phase).
Contributors: Ringach, Dario, Nauhaus, Ian
... Other Responses of V1 populations of neurons to natural image sequences. Data was obtained using 10 x 10 extracellular electrode arrays from Old-world monkeys (Macaca fascicularis) in primary visual cortex (area V1). Visual stimuli were natural image sequences and are included with the data set.
Contributors: Mizuseki, K., Sirota, A., Pastalkova, E., Buzsáki, G.
... Other The data set contains multichannel simultaneous recordings made from layer CA1 of the right dorsal hippocampus of three Long-Evans rats during open field tasks in which the animals chased randomly placed drops of water or pieces of Froot Loops while on a elevated square platform.
Contributors: Asari, Hiroki, Wehr, Michael, Machens, Christian K., Zador, Anthony M.
... Other The data consists of electrophysiology data recorded from neuronal responses to various natural and synthetic sounds were recorded using whole-cell and cell-attached recording techniques in the primary auditory cortex (area A1) and auditory thalamus (medial geniculate body; MGB) in the anesthetized rat.
Contributors: Theunissen, Frederic E., Hauber, ME, Woolley, Sarah M. N., Gill, Patrick, Shaevitz, SS, Amin, Noopur, Hsu, A, Singh, NC, Grace, GA, Fremouw, Thane
... Other Data consists of simultaneous single-unit recordings from two auditory areas in male zebra finches.