EMSE Suite

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Locator
Data editor
Source estimator
MR viewer
Image processor
Visualizer

Related links

EMSE 5.1 Features PDF
News: EMSE 5.1

Applications

EEG / ERP
ECG / BSPM

Modular biosignal analysis and multimodal integration suite

EMSE Suite 5.1 is a superb, modular solution for the full range of EEG / MEG and multimodal neuroimaging applications, and the capabilities of the software lend themselves to analysis of ECG / BSPM data as well.  EMSE Suite includes a set of powerful tools for source localization and combination of biosignal results with other imaging modalities, such as MRI, CT, fMRI and PET.  EMSE's modular architecture allows modules to operate independently or as a tightly-integrated suite. 

New Features in EMSE 5.1

For an outline of the features in EMSE 5.1, download the PDF feature summary at right.

  • Source estimation enhancements such as beamformers, sLoreta, local estimators and source estimation from power spectral density (PSD) data
  • Usability improvements like more toolbar buttons, better axis labels, improved copy-to-clipboard functionality, autoload default electrode locations from BioSemi & EGI, enhanced time series display, including multi-channel overlays, and improved scale display for time series data
  • Improved file readers for 3D Dicom & MINC (MRI), CTS (MEG), InStep (EEG), and Miraclink (MCG)
  • Enhancements for display & analysis of MEG and joint EEG/MEG datasets, Time-frequency enhancements such as time-frequency coherence in signal space or source space & optional scale frame for time-frequency display
  • More control for tomographic source estimator display with MRI overlay
  • New ocular artifact correction tools such as one-button ocular artifact filter for EEG & linear regression ocular artifact reduction using an EOG channel
  • ICA notch filter
  • Trimmed summary statistics (mean, standard deviation) and outlier rejection (in time and frequency domains)

Additional Features

  • Source analysis on wavelet data

  • Grand average/linear merge for time series and wavelet time-frequency data

  • Enhanced randomization statistical hypothesis testing in both signal space and source space

  • Spatial PCA with varimax rotation

  • Support for MEG source estimation

  • Repeated surface smoothing capability

  • Shrink wrap surfaces to a region

  • Morphological operations on image processing regions

EMSE Suite Modules

Locator

3D measurement of electrode positions.  When used together with digitizing hardware, Locator allows you to measure accurately electrode locations and external head shape in 3 dimensions. These data may then be used for MRI coregistration and more accurate source estimation.

Data Editor

Preprocessing of EEG / MEG data.  This module may be used as a standalone program to view, analyze, filter and transform EEG and MEG time series data, and to select an interval for further analysis, including topographic mapping.  In addition, the data are directly accessible to Source Estimator module for source analysis, and to the Visualizer module for 3D rendering.  Data Editor includes signal processing and statistical analysis tools.  Data Editor takes input in ASCII format or in native mode from several hardware vendors.

Source Estimator

Electromagnetic source estimation.  This module may be used for discrete or distributed dipole source analysis from EEG or MEG data which has been provided by the Data Editor module.  Three shell spherical models or realistic head models (using data from the Image Processor module ) may be used for field calculations.  Source estimates may be output to MR Viewer  for MRI overlay.

MR Viewer

Display of MRI and other images in combination with electromagnetic source locations.  Displays magnetic resonance and other images, with specialized features designed for the overlay of electromagnetic source estimation and other functional imaging data.  Seeded dipoles may be obtained (e.g. from fMRI data) for use with Source Estimator.  Image data may be input in raw byte, raw word, ACR/NEMA/DICOM, and several proprietary formats.  MR Viewer is the base module for Image Processor and Visualizer.

Image Processor

Image segmentation, mesh generation and cortical unfolding.  Starting with a volumetric dataset from the MR Viewer base module, Image Processor tools support segmentation, boundary mesh generation, and cortical unfolding. The output may be made available to Visualizer for 3D rendering, or to Source Estimator for realistic head shape modeling and cortical surface restriction.  

 

Visualizer

3D visualization of EEG, MRI, electromagnetic source locations and other image modalities.  Use this module to obtain and view 3D rendered images, combining data from several modalities, including topographic mapping, MRI data and electromagnetic source analysis.

EMSE Suite runs under Windows 95/98/NT4/2000/XP on Intel CPU's. 

Copyright © Source Signal Imaging, Inc.

 

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Copyright © 2007

Cortech Solutions

Updated: 12-Jul-2007

Note that our products are not designed for medical use in diagnosis or treatment of disease. We sell scientific equipment to research scientists working in a variety of fields, but we do not offer any products for, nor do we intend for any of our research products to be used for, diagnosis or treatment of disease. Contact us with questions or comments about this web site.