Introduction to iEEG

Introduction to iEEG

Intracranial EEG

Clinical System

C64 and Hawk clinical amplifier systems

Saving, Pruning and Uploading Clinical Data

Setting up Second Clinical System


NSpike

Hardware

Software


Neuroport System

Utah array (neuroport-cereplex)


iEEG Data Analysis Work Flow

Work Flow Checklist


Setting Up iEEG Data Recording

Recording Set-Up for Second Clinical

Setting Up DC Channels on First Clinical

Set Up of Hardware to Collect IEEG Data

Exporting Data from Nspike

Nspike Data Conversion

Clinical Data Conversion

Seizure Data Video Syncing


iEEG Data Analysis Using Matlab

Viewing Raw Data Using Matlab

Convert from mgz to Nifti

btq iEEG workflow

ICA

Anonymize EDF data


Hardware

Laminar electrode

Laminar optode

Laminar Preamp

Optical Isolation Box

NYU Adtech Electrodes

Splitter Box

L-tronics Preamps

NYU – Grid and Electrode Reorder Nos

Photo Diode

Microwire Preamp

Using PCMCIA Parallel Port Card

Signal generator and NSpike preamp security tester

Photodiode

Trigger Box

Synology Configuration

Tobii TX300 Eye Tracker

Cedrus StimTracker (trigger box)

FreeBe Capture System (Kinect)


Experiment

NYU iEEG protocol 

iEEG Tasks

NYU iEEG consent forms

Stimulus Presentation

Definition Files of Data Collected with NSpike

Pediatric ECoG

KC Neuroport Analysis


Patients

Electrode Localization


Software

Reconstruction and Localization

Neuroscan

Subversion

NSuite

TimeSurfer (UCSD)

Simple Port Codes and Pulse Trains

NYU ECoG scripts