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NEW!! CURRY 6
Multi-Modal Neuroimaging
CURRY 6 integrates multiple complementary functional and imagemodalities
(EEG, ECoG, MEG; MRI, fMRI, PET, SPECT and CT) in a single software
package for the purpose of obtaining the maximum accuracy of electrical
source analysis. CURRY uses the full physical anatomy from MR and CT to
provide three-dimensional models of the skull and brain allowing the
neural generators of the topographic EEG to be computed. CURRY was
developed for mapping and identification of the neural generators of EEG
and MEG recordings. However, the functionality offered and the
revolutionary changes in this latest version CURRY also make it suitable
for wider application, including clinical applications in neurology,
epilepsy and radiology.
Integration of EEG, MEG, ECoG, ECG, MCG, with MRI, fMRI, CT, PET, SPECT.
Complete data processing from filtering to source analysis.
Event support, template-based event detection.
Principal and Independent Component Analysis (PCA, ICA) and filtering.
Individual realistic head models using the Boundary Element Method
(BEM).
Pre-computed BEM and Finite Element Method (FEM) head models.
Dipole
fits. Dipole confidence ellipsoids are computed.
Dipole
scans, extended source (patch) scans, and MUSIC scans.
Beamforming based on dipolar or extended sources.
Current
density analysis, extended sources, Lp norms, sLORETA, SWARM.
Export
of results in Excel, MATLAB, and SPM formats.
Report
generator.
Windows
multi-document user interface.
Data
import wizards for functional and image data.
Multi-core support using thread-based multitasking and parallelization.
Hardware accelerated real-time rendering of 3D scenarios.
Context-sensitive HTML help system.
FDA
Market Clearance for intended clinical applications.
Online updates
System
Requirements:
PC with
Windows 2000 (SP3) or later. Windows XP Professional recommended.
Multi-Core processor recommended.
2GB RAM
recommended.
Wheel
mouse recommended.
OpenGL
support. 256MB graphics card memory recommended.
1280x1024 screen size recommended.
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