@misc{oai:toyama.repo.nii.ac.jp:00016619,
 author = {Hazama, Yutaro and Tamura, Ryoi},
 month = {2019-08-20},
 note = {mat-file, Dataset, The data set contains spike-timestamp and position data that correspond to 18 individual place cells. The data were recorded from one freely behaving Japanese monkey (Macaca fuscata) that was required to shuttle on an enclosed linear track (4.0 × 0.9 m) to obtain a small piece of pellet delivered alternatively by a dispenser that was set at both ends of the track. Spikes were recorded using a movable tetrode in the right hippocampal CA1 pyramidal layer. All data were processed using Matlab R2016b. Each spike-timestamp datum has one column and each row corresponds to a timestamp (in milliseconds) of when a spike fired during the shuttle-movement task. Each position datum of the monkey has three columns: camera frame numbers (30 frames per second) in the first column, x-positions (pixel range from 1 to 440) in the second column, and y-positions (pixel range from 1 to 99) in the third column during the task.},
 title = {Data on spike-timestamp of hippocampal place cells in the CA1 pyramidal cell layer and position of a freely behaving monkey performing a shuttling task},
 year = {}
}