Optimisation and data mining techniques for the screening of epileptic patients.
Identifying abnormalities or anomalies by visual inspection on neurophysiologic signals such as ElectroEncephaloGrams (EEGs), is extremely challenging. We propose a novel Multi-Dimensional Time Series (MDTS) classification technique, called Connectivity Support Vector Machines (C-SVMs) that integrates brain connectivity network with SVMs. To alter noise in EEG data, Independent Component Analysis based on the Unbiased Quasi Newton Method was applied. C-SVM achieved 94.8% accuracy classifying subjects compared to 69.4% accuracy with standard SVMs. It suggests that C-SVM can be a rapid, yet accurate, technique for online differentiation between epileptic and normal subjects. It may solve other classification MDTS problems too.
Fan
Ya-Ju
YJ
Department of Industrial and Systems Engineering, Rutgers University, Piscataway, NJ 08854, USA. yjfan@eden.rutgers.edu
Chaovalitwongse
Wanpracha A
WA
Liu
Chang-Chia
CC
Sachdeo
Rajesh C
RC
Iasemidis
Leonidas
L
Pardalos
Panos
P