Faculty

This project investigates how the power of machine learning technology can be put in the hands of end-users, allowing them to selectively automate the mun...

Much of the research on 3D interaction, particularly for immersive virtual environments, focuses on emulating the real world. Emulating the real world is ...

MOVE (Maps Optimized for Vehicular Environments) is an in-car navigation system that provides assistance for drivers who are navigating an unfamiliar rout...

Applications that behave proactively on a user’s behalf, particularly those that react to implicit user context, need to be intelligible to end users, exp...

We are interested in understanding what a machine learning system could ask a user to improve its performance and when it is appropriate to ask the user. ...

Magnetic levitation is a substantially new approach which promises a qualitative leap in improvement of haptic (sense of touch) computer interactions. A u...

People with episodic memory impairment (EMI) lack an awareness of the actions, events and experiences of their everyday lives. This often results in confu...

Dual-income families face constant challenges as they attempt to address the conflicting repsonsibilities of work, school, family, and enrichment activiti...

The Quality of Life Technology (QoLT) Center is a National Science Foundation Engineering Research Center (ERC) whose mission is to transform lives in a l...

Wearable Computers seek to merge the user’s information space with their work space. Wearable research at Carnegie Mellon proceeds on several fronts. The ...

CareMedia uses behavioral capture, storage, and access techniques to create, maintain, and present a patient’s behavioral log to care-givers. Our current ...

Signs are everywhere in our lives. They make our lives easier when we understand them, but they can pose problems or even danger when we do not. Automatic...