Diagnosis Of Epilepsy Disorders Using Artificial Neural Networks
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BeschreibungArtificial Neural networks have been provided an effective approach for EEG signals because of its self-adaption and natural way to organize. Artificial intelligence system based on the qualitative diagnostic criteria and decision rules of human expert could be useful as the clinical decision supporting tool for the localization of epileptogenic zones and the training tool for u experienced clinicians. Also, considering the fact that experiences from the different clinical fields must be cooperated for the diagnosis of epilepsy, integrated artificial intelligence system will be useful for the diagnosis and treatment of epilepsy patients. This research presents an automated system that can diagnose epilepsy. The system is composed of two phases. The first phase is the features extraction by using discrete wavelet transform (DWT). The second phase is the classification of the EEG signals (existence of epileptic seizure or not), using artificial neural networks. The proposed system will help and aid the the neurologists to detection of the epileptic activity.
PortraitBoran Sekeroglu was born in 1980. He graduated from Near East University BSc, MSc, and PhD. He is Assist. Prof. in Computer Engineering Dept. in Near East University. Gülsüm Yildiz Asiksoy was born in Turkey on 24th January 1973. She obtained her BSc from Ankara University, MSc from Near East University and joined as Physics Lecturer in 2012.
Untertitel: An Intelligent Automated System That can Diagnosis Of Epilepsy Disorders Using Artificial Neural Networks. Paperback. Sprache: Englisch.
Verlag: LAP Lambert Academic Publishing
Erscheinungsdatum: Januar 2013
Seitenanzahl: 96 Seiten