Data provided by Guy Perkins

13 03 25 

email guyantony.perkins@unipd.it
twitter @brainimagingguy


In the data folder there are NIRS measurements .NIRS files and sensor glucose concentration .mat data:

1) Structure of the NIRS data (.NIRS format) "PDN_m_hypo_N.nirs"
Full information can be found at https://www.nmr.mgh.harvard.edu/martinos/software/homer/HOMER2_UsersGuide_121129.pdf

PD_data.SD
A field of information about the source-detector probes and device measurements.

PD_data.d [N frames x N channels]
The intensity of the signal. 

PD_data.s [N frames x N stimuli
Stimulus information of the signal, this experiment has no stimuli markers.

PD_data.t [N frames x 1 ]
The value of the time samples of the intensity signal.

2) Structure of the sensor glucose concentration data (.mat format) "PDN.mat"
It contains the following fields

gap_info
gap_info.start_gap
the start of the gap in the glucose data (sample number)

gap_info.end_gap
the end of the gap in the glucose data (sample number)

gap_info.delta_t_gap_Nsamples
the length of each gap in the glucose data as a number of samples

gap_info.delta_t_gap_length
the length of each gap in the glucose data in seconds


N_events
The number of glycemic events for each event type

events_length
The length of each glycemic events for each event type (number of samples)

events_start_end
The start and end point of each glycemic event (sample number)

glucose_data_gaps

date_of_events
The start and end date of each glycemic event

time_of_events
The start and end time of each glycemic event

glucose
The sample glucose concentration (mg/dL) sampled every 5 minutes.