Foot-operated computer interfaces have been studied since the inception of human--
computer interaction. Thanks to the miniaturisation and decreasing cost of sensing …

We describe a wireless wearable system that was developed to provide quantitative gait
analysis outside the confines of the traditional motion laboratory. The sensor suite includes …

In New Digital Musical Instruments Eduardo Miranda and Marcelo Wanderley focus on
musical instruments that use the computer as the main sound-generating device. Such …

This paper describes four different systems that we have developed for capturing various
manners of gesture near interactive surfaces. The first is a low-cost scanning laser …

Understanding driver behavior is an essential component in human-centric Intelligent Driver
Assistance Systems. Specifically, driver foot behavior is an important factor in controlling the …

Tabletop applications cannot display more than a few dozen on-screen objects. The reason
is their limited size: tables cannot become larger than arm's length without giving up direct …

Clinical gait analysis currently involves either an expensive analysis in a motion laboratory,
using highly accurate, if cumbersome, kinematic systems, or a qualitative analysis with a …

As an outgrowth of our interest in dense wireless sensing and expressive applications of
wearable computing, the Responsive Environments Group at the MIT Media Laboratory has …

Augmented foot interfaces have been studied since the beginning of wearable computers.
The worlds' first wearable computer was an instrumented shoe that consisted of a toe …

We propose subtle foot-based gestures named foot plantar-based (FPB) gestures that are
used with sock-placed pressure sensors. In this system, the user can control a computing …