gin commit from HioBeenMBPR.local

New files: 782
Modified files: 1

README.md

@@ -1,3 +1,254 @@
-# Mouse_EEG_ChronicSleepRestriction_Kim_et_al
+# Nine-day Continuous Recording of Mouse EEG under Chronic Sleep Restriction
 
-Mouse_EEG_ChronicSleepRestriction_Kim_et_al
+### https://gin.g-node.org/hiobeen/Mouse_EEG_ChronicSleepRestriction_Kim_et_al
+
+### 1. Dataset introduction
+
+A set of screw  and high-density (36 channel, intermittent 2-hour recordings) EEG (electroencephalogram) recording obtained from freely-moving mice (mus musculus) (n = 9). Details of experimental method are described in the original research articles using the same dataset.
+
+> Screw EEG: 2+1 channels (EEG & accelerometer): ceaseless 9-day recording (Total 9 mice, 9x24 hours per mouse).
+
+> High density EEG: 36 channels of EEG: intermittent 2-hour recordings (Total 9 mice, 2x).
+
+![Figure 1](figures/fig_recording_diagram.png)
+
+![Figure 2](https://www.pnas.org/content/pnas/114/9/E1727/F1.large.jpg)
+
+1. Kim, B., Kocsis, B., Hwang, E., Kim, Y., Strecker, R. E., McCarley, R. W., & Choi, J. H. (2017). Differential modulation of global and local neural oscillations in REM sleep by homeostatic sleep regulation. Proceedings of the National Academy of Sciences, 114(9), E1727-E1736 [https://doi.org/10.1073/pnas.1615230114].
+
+2. Kim, B., Hwang, E., Strecker, R. E., Choi, J. H., & Kim, Y. (2020). Differential modulation of NREM sleep regulation and EEG topography by chronic sleep restriction in mice. Scientific reports, 10(1), 1-13. [https://doi.org/10.1038/s41598-019-54790-y]
+
+
+
+
+### 2. How to start
+
+Dataset repository: https://gin.g-node.org/hiobeen/Mouse_EEG_ChronicSleepRestriction_Kim_et_al
+
+Large dataset can be downloaded through gin-cli tool. After installation gin-cli[zz], run three commands below in your command line window.
+
+~~~gin
+ gin get hiobeen/Mouse_EEG_ChronicSleepRestriction_Kim_et_al
+ cd Mouse_EEG_ChronicSleepRestriction_Kim_et_al/
+ gin download --content
+~~~ 
+ 
+Reference: https://gin.g-node.org/G-Node/Info/wiki/GIN+CLI+Usage+Tutorial
+
+
+## 3. Dataset handling
+
+
+```python
+
+```
+
+
+```python
+
+```
+
+
+```python
+from matplotlib import pyplot as plt
+plt.style.use('ggplot')
+import numpy as np
+from matplotlib.pyplot import plot, xlim, ylim, title, xlabel, ylabel, imshow
+from scipy.io import loadmat, savemat
+
+datafname = 'sampledata_spindle.mat'
+d = loadmat( datafname )
+data = d['data']
+fs = d['fs'][0][0]
+t = d['t'].reshape(-1)
+```
+
+
+```python
+""" Define handy functions """
+from scipy import signal
+from scipy.signal import butter, sosfiltfilt
+from scipy.stats import pearsonr
+from scipy.interpolate import interp1d
+def fft_half(x, fs=500): return np.fft.fft(x.reshape(-1))[:int(len(x)/2)]/len(x), np.linspace(0,fs/2,int(len(x)/2))
+def find(x): return np.argwhere( x.flatten() ).flatten()
+def smooth(x, span): return np.convolve(x,np.ones(int(span))/int(span), mode='same')
+def find_seg( ind ): # Handy function
+  ind_diff = np.diff(np.concatenate((np.ones(1)*-1,ind),axis=0))
+  discontinuous = np.where(ind_diff!=1)[0]
+  data_seg = np.zeros((len(discontinuous)-1,2),dtype='int')
+  for idx in range(len(discontinuous)-1): data_seg[idx,:]=[ind[discontinuous[idx]] ,ind[ discontinuous[idx+1]-1]]
+  return data_seg
+def bandpass_filt(x, band=(8,18), fs=500, order=10):
+  if x.shape[0]>x.shape[1]: x=x.transpose()
+  return sosfiltfilt(butter(order,[band[0]/(0.5*fs),band[1]/(0.5*fs)],btype='band',output='sos'),x).reshape(-1)
+def get_upper_envelope(y, x, lower_limit = -10000000):
+  peaks,_ = signal.find_peaks(y, height=lower_limit)
+  peaks_x = np.concatenate((np.array([t[0]]),x[peaks],np.array([t[-1]])), axis=0)
+  peaks_y = np.concatenate((np.array([y[0]]),y[peaks],np.array([y[-1]])), axis=0)
+  return interp1d(peaks_x, peaks_y, kind = 'cubic')(np.linspace(peaks_x[0], peaks_x[-1], len(y)))
+
+```
+
+
+```python
+""" Spindle Detection Function """
+def detect_spindle( data, fs=500 ):
+    spindlef = bandpass_filt( data, band=(8,18), fs=fs )
+    thr_updown = ( np.std(spindlef)*5, np.std(spindlef)*2 )
+    thr_duration = 0.30 # sec
+    thr_interval = 0.10 # sec
+    hilb_amptd = np.abs( signal.hilbert( spindlef ))
+    amptd_envelop = smooth( hilb_amptd, fs/5 )
+    big_enough = find(amptd_envelop>thr_updown[1])
+    idx_merged = np.array([])
+    if len(big_enough)>0:
+        # Duration Thresholding
+        start_end = find_seg( big_enough )
+        long_enough = start_end[find( (start_end[:,1]-start_end[:,0])>(thr_duration*fs)),:]
+        # Amplitude Thresholding
+        include_flag = []
+        for i in range(long_enough.shape[0]):
+          data_to_inspect = data[range(long_enough[i,0],long_enough[i,1])]
+          if len( find(data_to_inspect>thr_updown[0]))==0:
+            include_flag.append(i)
+        strong_enough = long_enough[include_flag,:]
+        # Merging short interval events
+        idx_merged = strong_enough.copy()
+        interval = strong_enough[1:,0] - strong_enough[0:-1,1]
+        id_to_merge = find(interval < thr_interval*fs)
+        for j in range(len(id_to_merge))[::-1]:
+          idx_merged[id_to_merge[j],1]= idx_merged[id_to_merge[j]+1,1]
+          idx_merged = np.delete(idx_merged, id_to_merge[j]+1,axis=0)
+    return idx_merged, amptd_envelop
+
+```
+
+
+```python
+""" Visualization: Spindle """
+spindle_idx, amptd_envelop = detect_spindle( data, fs )
+
+plt.figure(1, figsize=(15,10) )
+plot( t, data, 'k' )
+ylim((-1000, 1000))
+for ii in range(spindle_idx.shape[0]):
+    plot( t[spindle_idx[ii,0]:spindle_idx[ii,1]], data[spindle_idx[ii,0]:spindle_idx[ii,1]], 'r' )
+#xlim((5,15))
+
+plt.subplot(3,1,2)
+plot( t, amptd_envelop, 'k' )
+for ii in range(spindle_idx.shape[0]):
+    plot( t[spindle_idx[ii,0]:spindle_idx[ii,1]], amptd_envelop[spindle_idx[ii,0]:spindle_idx[ii,1]], 'r' )
+#xlim((5,15))
+
+```
+
+
+![png](output_8_0.png)
+
+
+
+```python
+
+```
+
+
+```python
+
+```
+
+
+```python
+""" SWA Detection """
+def detect_swa(data, fs=fs, t=t, shift_band = (.05, 6),
+               thr_duration = (0.12, 0.70), thr_std = 1, thr_xcorr = 0.7):
+  
+  # Data filtering & downshifting
+  data_filt = bandpass_filt(data,shift_band,fs)
+  data_shift =data.reshape(-1) - get_upper_envelope(data_filt,t)
+  std_data = np.std( data_shift )
+
+  # Get upper/lower indeces near zero
+  cross_negative = np.insert( find( data_shift<0 ), 0,0)
+  cross_positive = find( data_shift>=0 )
+  ups = cross_negative[ find(np.diff(cross_negative)>1) ]+1
+  downs = cross_positive[ find(np.diff(cross_positive)>1) ]
+  if downs[0] < ups[0]:
+    min_length = min(downs.shape[0], ups.shape[0]);
+    updowns=np.array( [list(downs),list(ups) ])
+  else:
+    min_length = min(downs.shape[0], ups.shape[0]-1);
+    updowns=np.array( [downs[0:min_length-1],ups[1:min_length] ])
+    
+  # Main inspection loop
+  result = [] 
+  for j in range(min_length-1):
+    data_piece = data_shift[updowns[0][j]:updowns[1][j]]
+    min_where = np.argmin(data_piece)
+    n =len(data_piece)
+    
+    # Rejection criteria
+    flag_long = n < (thr_duration[0]*fs)
+    flag_short = n >= (thr_duration[1]*fs)
+    flag_amptd = np.max(np.abs(data_piece)) < (std_data*thr_std)
+    shift_squared = np.diff(data_filt[updowns[0][j]:updowns[1][j]-1])*np.diff(data_filt[updowns[0][j]+1:updowns[1][j]])
+    n_inflection = find(shift_squared<0).shape[0]
+    flag_inflection = n_inflection>2
+    reject = flag_long | flag_short | flag_amptd | flag_inflection
+    
+    # Calculate correlation coefficient
+    if not reject:
+      min_where = np.argmin(data_piece)
+      templateL = np.arange(0,min_where) / (min_where-1)
+      templateR = np.arange(0,n-min_where)[::-1] / (n-min_where) 
+      template = np.concatenate((templateL,templateR),axis=0)*np.min(data_piece)
+      template[find(np.isnan(template))]=0
+    
+      r, _ = pearsonr( template, data_piece )
+      if r > thr_xcorr:
+        result.append([updowns[0][j],updowns[1][j]])
+  print('[SWA detection] %d events are detected'%len(result))
+  return np.array(result, dtype=int)
+
+```
+
+
+```python
+""" Visualization: SWA """
+swa_idx = detect_swa(data, fs=fs, t=t)
+plt.figure(1, figsize=(15,10) )
+plt.subplot(3,1,1)
+plot( t, data, 'k' )
+ylim((-1000, 1000))
+for ii in range(swa_idx.shape[0]):
+    plot( t[swa_idx[ii,0]:swa_idx[ii,1]], data[swa_idx[ii,0]:swa_idx[ii,1]], 'r' )
+
+```
+
+    [SWA detection] 128 events are detected
+
+
+
+![png](output_12_1.png)
+
+
+
+```python
+
+```
+
+
+```python
+
+```
+
+
+```python
+
+```
+
+
+```python
+
+```

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--135903c6a8c36ba70e72918458285348

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-BL"}

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--278a81a25397286ffa9223240ac1ad6c

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-BL"}

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521511--839b7c0b0482fa60a108e6fd803764f3

data_BIDS/sub-01/ses-01/eeg/sub-01-BL_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--4f6fd12830a40fa504cbc947109866df

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-SR1"}

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--b6092e82fe91e63c8b4364c320013d60

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-SR1"}

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521567--e051bff4bf7187dcc6da62dda1d9b619

data_BIDS/sub-01/ses-02/eeg/sub-01-SR1_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--079dd4acaccd92fc16b57574f84021cb

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-SR2"}

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--dfbe79e928b661ccbd2f6718bf23ac8d

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-SR2"}

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s96193022--af2ffcbbce08f2a4fa3226d557e09061

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-03/eeg/sub-01-SR2_screw_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--d998e3e4d3cc8c3741b2d3c334065a50

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-SR3"}

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--440da0d3e903951128365eaf62c1e500

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-SR3"}

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521567--dcd3df349c628effaf689e25d4855a18

data_BIDS/sub-01/ses-04/eeg/sub-01-SR3_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--8cd07dc2ab83187a94ae90af79d102d6

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-SR4"}

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--981f4dc1f34950b5e21ed936bb50012c

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-SR4"}

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s96193022--76cdf88462aaf82aaebb77d2abe767d8

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-05/eeg/sub-01-SR4_screw_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--5814eaa5e1c5ad8b4a8285b71df5285a

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-SR5"}

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--1614ea2a60eacdf6853c1ef3c6151e50

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-SR5"}

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521567--da8750172c3c6aaf15b30ea8fb236af3

data_BIDS/sub-01/ses-06/eeg/sub-01-SR5_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--c36f89729ffd5622f66f0dc29eb40fef

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-R1"}

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--fd06c0addcaf2570afc1bd800f1e8b3e

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-R1"}

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521567--61eac1af839f9ed2f293506306e1bdd3

data_BIDS/sub-01/ses-07/eeg/sub-01-R1_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-08/eeg/sub-01-R2_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--c63917c67f71fdf644911352e1b8589b

data_BIDS/sub-01/ses-08/eeg/sub-01-R2_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-R2"}

data_BIDS/sub-01/ses-08/eeg/sub-01-R2_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s96193022--148b298a6906b0243285b5cb332a8ad7

data_BIDS/sub-01/ses-08/eeg/sub-01-R2_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-01/ses-08/eeg/sub-01-R2_screw_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--eaba5eb3b7f2d981264194d3641f9b19

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N118-hdeeg-R3"}

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	good	okay	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	bad	bad contact	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	bad	bad contact	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	bad	bad contact	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	bad	bad contact	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	good	okay	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	bad	bad contact	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	bad	bad contact	

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--37bd48a7ddbf8ed89fdd416a9bbab7bf

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N118-screw-R3"}

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521567--4fcf9353efb1ac717554ec8b3d38e9c8

data_BIDS/sub-01/ses-09/eeg/sub-01-R3_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--cbbc235c6270a9c83409706e84cb9dc1

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N079-hdeeg-BL"}

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_hdeeg_eeg_channels.tsv

@@ -0,0 +1,37 @@
+name	type	units	sampling_frequency	status	status_description
+Ch01-FP1		uV	500	bad	bad contact	
+Ch02-FP2		uV	500	good	okay	
+Ch03-AF3		uV	500	good	okay	
+Ch04-AF4		uV	500	good	okay	
+Ch05-AF7		uV	500	good	okay	
+Ch06-AF8		uV	500	good	okay	
+Ch07-F1		uV	500	good	okay	
+Ch08-F2		uV	500	good	okay	
+Ch09-F5		uV	500	good	okay	
+Ch10-F6		uV	500	good	okay	
+Ch11-FC1		uV	500	good	okay	
+Ch12-FC2		uV	500	good	okay	
+Ch13-FC5		uV	500	good	okay	
+Ch14-FC6		uV	500	good	okay	
+Ch15-C1		uV	500	good	okay	
+Ch16-C2		uV	500	good	okay	
+Ch17-C3		uV	500	good	okay	
+Ch18-C4		uV	500	good	okay	
+Ch19-C5		uV	500	good	okay	
+Ch20-C6		uV	500	good	okay	
+Ch21-CP1		uV	500	good	okay	
+Ch22-CP2		uV	500	good	okay	
+Ch23-CP3		uV	500	good	okay	
+Ch24-CP4		uV	500	good	okay	
+Ch25-CP5		uV	500	good	okay	
+Ch26-CP6		uV	500	good	okay	
+Ch27-P1		uV	500	good	okay	
+Ch28-P2		uV	500	good	okay	
+Ch29-P3		uV	500	good	okay	
+Ch30-P4		uV	500	bad	bad contact	
+Ch31-P5		uV	500	good	okay	
+Ch32-P6		uV	500	good	okay	
+Ch33-PO3		uV	500	good	okay	
+Ch34-PO4		uV	500	good	okay	
+Ch35-PO7		uV	500	bad	bad contact	
+Ch36-PO8		uV	500	good	okay	

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_hdeeg_eeg_events.tsv

@@ -0,0 +1 @@
+onset	duration	sample	type	value

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_screw.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s691200000--4116307eb1dd10aa4147beaf3ade17db

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_screw.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":2,"EEGReference":"OccipitalBone","EMGChannelCount":1,"EOGChannelCount":0,"MiscChannelCount":1,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording (Screw electordes)","TaskName":"N079-screw-BL"}

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_screw.set

@@ -0,0 +1 @@
+/annex/objects/MD5-s112521410--f363995a5695f8c268e7f1d2a6e4c8b1

data_BIDS/sub-02/ses-01/eeg/sub-02-BL_screw_eeg_channels.tsv

@@ -0,0 +1,5 @@
+name	type	units	sampling_frequency	status	status_description
+Frontal_Screw	EEG	uV	500	good	okay	
+Parietal_Screw	EEG	uV	500	good	okay	
+ACC	ACC	uV	500	good	okay	
+event	TRIG	uV	500	good	okay	

data_BIDS/sub-02/ses-02/eeg/sub-02-SR1_hdeeg.fdt

@@ -0,0 +1 @@
+/annex/objects/MD5-s518400000--4b736c7053e268c2d8b34b35cd0f1c58

data_BIDS/sub-02/ses-02/eeg/sub-02-SR1_hdeeg.json

@@ -0,0 +1 @@
+{"InstitutionAddress":"5 Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea","InstitutionName":"Korea Institute of Science and Technology","InstitutionalDepartmentName":"Center for Neuroscience","ECGChannelCount":0,"EEGChannelCount":36,"EEGReference":"OccipitalBone","EMGChannelCount":0,"EOGChannelCount":0,"MiscChannelCount":0,"PowerLineFrequency":60,"SamplingFrequency":500,"TaskDescription":"Continuous EEG recording","TaskName":"N079-hdeeg-SR1"}