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Artificial intelligence (AI) based automated epilepsy diagnosis has aimed to ease the burden of manual detection, prediction, and management of seizure and epilepsy-specific EEG signals for medical specialists. With increasing open-source, raw, and large EEG datasets, there is a need for data standardization of patient and seizure-sensitive AI analysis with reduced redundant information. This work releases a balanced, annotated, fixed time and length meta-data of CHB-MIT Scalp EEG database v1.0.0.0. The work releases patient-specific (inter and intra) and patient non-specific EEG data extracted using specific time stamps of ictal, pre-ictal, post-ictal, peri-ictal, and non-seizure EEG provided in the original dataset (annotations). Further details of this metadata can be found in the provided csv file (CHB-MIT DB timestamp.csv). The released EEG data is available in csv format and class labels are provided in the last row of the csv files. Data of ch06, ch12, ch23, and ch24 in patient-specific and chb24_11 in patient non-specific have not been included. The importance of peri-ictal EEGs has been elucidated in Handa, P., & Goel, N. (2021). Peri���ictal and non���seizure EEG event detection using generated metadata. Expert Systems, e12929.
Inter-Patient Specific EEG analysis, Intra-Patient Specific EEG analysis, CHB-MIT Scalp EEG Database, Meta-EEG, Patient Non-Specific EEG analysis, Epilepsy diagnosis, Seizure detection, Patient Specific EEG analysis
Inter-Patient Specific EEG analysis, Intra-Patient Specific EEG analysis, CHB-MIT Scalp EEG Database, Meta-EEG, Patient Non-Specific EEG analysis, Epilepsy diagnosis, Seizure detection, Patient Specific EEG analysis
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