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 goal of the BioSIGHT Content Development for immersive learning environments is to fully explore the delivery of content within applications of immersive technologies to provide teachers and students with experiences that would not otherwise be available.

Haptics involves the modality of touch and the sensation of shape and texture an observer feels when virtually 'touching' an object.

The goal of this project is to create a new cyber touch system which will be light, responsive, and inexpensive to produce. There are several haptic glove systems being developed using cables, pneumatic cylinders, etc.

A haptic display device is a force output device as well as a point input device in 3-D space. It renders the virtual object tangible and provides an intuitive interface with a virtual environment.

In many applications of haptics it will be necessary for users to interact with each other as well as with other objects. We have developed architecture, for haptic collaboration among distributed users.

The objective of the VoSA project is to develop a computer program to separate voices in polyphonic music using basic principles of music perception.

Pitch spelling is the process of assigning contextually correct letter names to numeric representations for musical pitch such as MIDI numbers.

The goal is to design algorithms and a user interface for an automatic grammar checker for compositions in the style of Palestrina.

A defining feature of tonal music is the unfolding of pitch structures over time. Real-time tracking of tonal patterns in music has widespread applications in music analysis, information retrieval, performance analysis and expression synthesis.