The brain is a large-scale complex network often referred to as the “connectome”. Exploring
the dynamic behavior of the connectome is a challenging issue as both excellent time and …

Objective In this study we aim to identify the key (patho)physiological mechanisms and
biophysical factors which impact the observability and spectral features of High Frequency …

Studies of interictal EEG functional connectivity in the epileptic brain seek to identify abnormal
interactions between brain regions involved in generating seizures, which clinically often …

Inter-ictal spikes aid in the diagnosis of epilepsy and in planning surgery of medication-resistant
epilepsy. However, the localizing information from spikes can be unreliable because …

Functional connectivity (FC) after traumatic brain injury (TBI) is affected by an altered
excitatory-inhibitory balance due to neuronal dysfunction, and the mechanistic changes observed …

Due to its excellent temporal resolution, the Electroencephalogram (EEG) has become a
key neuroimaging technique to analyze functional brain networks at scalp level (electrodes) …

Traumatic brain injury (TBI) is the leading cause of morbidity and mortality worldwide. Multiple
injury models have been developed to study this neurological disorder. One such model is …

High Frequency Oscillations (HFOs) are a potential biomarker of epileptogenic regions.
They have been extensively investigated in terms of automatic detection, classification and …

The Middle East has been going through various changes in the last decade with many
parties and regimes identifying as Islamic. While the world is shifting focus to the importance of …

The aim of this work is to interpret the signals recorded by depth-EEG electrodes in epileptic
patients. In particular we focused on understanding the relationship that links between …