Abstract #1340
BrainVR: the virtual reality brain connectivity navigator
Ricardo Ribeiro 1 , Ins Neiva 1 , and Hugo Alexandre Ferreira 1
1
Institute of Biophysics and Biomedical
Engineering, Faculty of Sciences of the University of
Lisbon, Lisboa, ., Portugal
An application for visualizing brain connectivity data
was developed based on a virtual reality (VR)
head-mounted display and a gesture recognition (GR)
human-computer interface. The application makes uses of
volumetric T1-weighted data and connectivity matrices
(structural, functional or effective) to compute a brain
graph that is superimposed on corresponding brain
anatomy. Additionally, the application can import both
imaging and connectivity metrics. The VR application is
able to create an immersive experience in which the user
can navigate outside and inside the brain graph and
visualize global or region-specific imaging and
connectivity metrics using nothing more than his/hers
own gestures.
This abstract and the presentation materials are available to members only;
a login is required.
Join Here
