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资源简介：
Meta-data for EEG and activity recording
应用场景：
创建时间：
2019-09-06
相关数据集
脑化学-电信号同步记录
建立神经元兼容且可实现脑化学信号-电信号同步记录的原位实时检测原理与方法是脑功能认知的重要工具。本项目基于原电池型氧化还原电势法（GRP）建立的传感器是一种无需外界极化电压的自触发式电化学检测系统，因不输出回路电流（开路电位）而避免对神经元自身电活动的可能刺激，兼容电生理记录系统，可在活体鼠脑层次同步进行电化学传感和电生理信号记录。本数据集主要包括基于GRP原理建立的两种信号记录系统（单根碳纤维系
国家基础学科公共科学数据中心110
Simulated laminar recordings from reconstructed morphologies for input intensity 1.0 sp/ms
Simulated recordings (10101 ms) of the LFP generated by the 3D network with reconstructed (rather than artificial) morphologies described in the paper, computed from LFPy. Each row is a different dept
DataONE2015-12-23 更新80
Simulated laminar recordings for input intensity 0.5 sp/ms
Simulated recordings (10101 ms) of the LFP generated by the 3D network described in the paper, computed from LFPy. Each row is a different depth. Input intensity is reported in the title.
DataONE2015-12-23 更新40
Additional file 10 of Eavesdropping on the brain at sea: development of a surface-mounted system to detect weak electrophysiological signals from wild animals
Additional file 10. 1-min excerpts of raw signals in different settings.
DataCite Commons2022-05-24 更新80
Additional file 7 of Eavesdropping on the brain at sea: development of a surface-mounted system to detect weak electrophysiological signals from wild animals
Additional file 7. Signal quality data for each observation (a 30-s time period around each comment—See Cmt Text).
DataCite Commons2022-05-24 更新60
