ARiBraiN3T

Visualization of complex neuroimaging data such as functional connectivity, tractography, functional imaging is a challenge. Many different visualization solutions have been proposed. Some authors, describe 2-D and 3-D advanced neuroimaging visualization methods for tractography and functional connectivity data. Others describe a stereoscopic-related method to view neuroradiological 3-D images.

An Augmented Reality (AR) system generates a composite view for the user that is the combination of a real scene viewed by the user and a virtual scene generated by the computer that augments (or supplements) the scene with additional information (e.g. sound, video, graphics, etc.). Here we describe an Android AR application that shows the Default Mode, Dorsal Attention, and Ventral Attention Networks.

Reference: G.M. Rojas, J.A Fuentes, M. Gálvez, D.S. Margulies. "Augmented Reality and Intrinsic Functional Connectivity Visualization Application: ARiBraiN3T"., 4th Biennieal Conference on Resting State Brain Connectivity, Boston, USA, September 11-13 2014.


You can download AR TAGS from http://goo.gl/GZ3MfH Visualization of complex functional neuroimaging: such as data connectivity, tractography, functional imaging is a challenge. Many different visualization solutions Have Been Proposed. Some authors describe 2-D and 3-D visualization advanced neuroimaging methods for tractography and functional connectivity data. Others described stereoscopic-related neuroradiological method to view 3-D images.

 An Augmented Reality (AR) system Generates a composite view for the user That is the combination of real scene viewed by the user and a virtual scene generated by the computer That augments (or supplements) the scene with additional information (eg sound, video , graphics, etc.). Here we describe an Android AR application That shows the Default Mode, Attention Dorsal, and Ventral Attention Networks.

Reference: G.M. Rojas, J. A Fuentes, M. Galvez, D. S. Margulies. "Augmented Reality and Visualization Application Intrinsic Functional Connectivity: ARiBraiN3T" Biennieal 4th Conference on Resting State Brain Connectivity, Boston, USA, 11-13 September 2014..


You can download AR TAGS from http://goo.gl/GZ3MfH