The main objective of the AIMS project is to address the challenges involved in managing the multidimensional sensor data streams generated within Immersive Environments.

Allows user to visualize and track tonal patterns in real time for MIDI files. Pitches map to positions in the Spiral Array model, and durations to the radii of the spheres. Each collection of notes also generates a center of effect (c.e.), and the distance of the c.e. to each key. The software was implemented using Java2 SDK, with 3D API.

A real time 3D human body reconstruction is performed using two to four synchronized cameras. Silhouettes of the detected regions are extracted and registered allowing a 3D reconstruction of the human body using Generalized Cylinders.

The goal for the BioSIGHT Interactive Streaming Storyboard (ISS) platform is to use visual thinking and learning to assist teachers in creating visually compelling interactive lessons as well as support users in telling stories with streaming media.

The virtual classroom project places children in a virtual classroom scenario to aid in the diagnosis of Attention Deficit Hyperactivity Disorder. These tests measure a child's ability to maintain attention when faced with various distractions.

The Distributed Immersive Performance (DIP) project explores one of the most challenging goals of networked media technology: creating a seamless environment for remote and synchronous musical collaboration.

The Distributed Immersive Performance (DIP) project explores one of the most challenging goals of networked media technology: creating a seamless environment for remote and synchronous musical collaboration.

IMSC researchers developing novel language translation system for medical exams