Real-Time EEG Pattern Recoginition for Seizure Detection: Designing a Real-Time EEG Analysis System for Seizure Detection and Prediction in Epileptic patients
Year: 2025
Type: article
Abstract: EEG pattern in real time The goal of seizure detection recognition is to create a system that can analyze EEG signals in real time to detect and predict seizures in people with epilepsy.The technology recognizes patterns unique to seizures and issues early warnings by utilizing sophisticated signal processing and machine learning algorithms.In order to facilitate proactive management and enhance patient care and results, it integrates real-time monitoring, noise filtering, and predictive modeling. The technology does this by using sophisticated signal processing techniques that eliminate noise and artifacts that are frequently present in EEG recordings, guaranteeing that only high-quality, pertinent signals are examined. Machine learning techniques are used to identify and categorize patterns suggestive of seizure activity once the data has been cleaned. Large datasets of EEG recordings from epileptic patients are used to train these algorithms, which enable them to identify minute variations in brain activity that human observers might overlook.The technology can identify possible seizure episodes based on historical data and real-time signals by incorporating predictive modeling, giving medical practitioners vital information to proactively manage patient care.
Authors: ASANCIA J, HEMAVATHY J, ABIRAMI R, DEEPIKA C
Language: English
Subfield: Cognitive Neuroscience
Field: Neuroscience
Domain: Life Sciences
Open Access status: hybrid
OpenAlex ID: W4409772943