Data from Sabesan et al., 2023
This dataset contains the ABR recordings and a subset of the IC recordings analyzed in Sabesan et al., 2023.
ABR
The matlab file ABR_Data contains a structure with 12 entries, one for each experimental animal.
Each entry has the following fields:
spl_Left_Zero_Attn, spl_Right_Zero_Attn:
the sound level in dB SPL measured by the ER10B+ probe microphone for each frequency with zero attenuation
avg_waveforms:
the average ABR waveform for each frequency and intensity [samples x frequencies x attenuations x channels]
attns, freqs_kHz:
the attenuations and frequencies corresponding to the indices in avg_waveforms
type:
the hearing status of the animal
animal_id:
the unique identifier for the animal
IC
The matlab file IC_Data contains a structure with 12 entries, one for each experimental animal.
Each entry has the following fields:
trial_1, trial_2:
the multi-unit activity recorded on 512 channels in response to 5 minutes of speech from the TIMIT database presented at 65 dB SPL [time bins x channels]; each element of the matrix indicates the spike count in one 1.3 ms bin (exactly 32 samples of the corresponding audio)
type:
the hearing status of the animal
animal_id:
the unique identifier for the animal
Sound
The matlab file Sound contains the speech that elicited the responses in IC_Data. The sampling rate is 24414.0625
Frames
The zip file Ex_Frames_Zip contains a small dataset that can be used to the test the code for DNN model training that is available at github.com/nicklesica/dnn
Funding
Transforming hearing aids through large-scale electrophysiology and deep learning
Engineering and Physical Sciences Research Council
Find out more...