A group of researchers, led by a Carnegie Mellon University (CMU) researcher, developed a technology which recognizes determines the difference in sound when you tap of a fingertip, the pad of the finger, a fingernail or a knuckle on a touchscreen. This technology, called TapSense, enables richer touchscreen interactions by employing the anatomy and dexterity ... »
PaPeRo (Partner-type-Personal-Robot) – a personal robot from NEC Corporation – has been developed since 1997. It is being developed to interact with people and provide them with more information or entertain them. Due to increasing number of elderly people living alone, the folks from NEC conducted a research where they programmed PaPeRo to provide them ... »
A while ago, we wrote about Siftables – a different approach used for information interaction which allows physical and natural way to interact with information. David Merrill and Jeevan Kalanithi, the folks that initially made the prototype while they were students at the human-computer interaction at the MIT Media Lab, co-founded Sifteo Inc. and presented ... »
In this article we’re going to describe the Loop – gadget from Hillcrest Labs which proves useful when you need a mouse away from your usual station, in case if you’re a regular couch surfer and multimedia enthusiast, or giving a presentation. Yes, I’m aware it has been around for a while, and that there ... »
In order to counter the multimedia brought by TV shows and video games which leave kids stationary, the researchers at the MIT Media Laboratory are developing a system called Playtime Computing. Aside the projectors, the prototype of the Playtime Computing system consists of a cube-shaped, remote-controlled robot, called the Alphabot, with infrared emitters at its ... »
Scientists at Fraunhofer FIT have developed a non-contact gesture and finger recognition system that could be used as a future information interaction system. The novel system detects hand and finger positions in real-time and translates these into appropriate interaction commands. Unlike most of the systems we described before, this system does not require special gloves ... »
Pranav Mistry, Liyan Chang, and Pattie Maes, from the Fluid Interfaces Group at the MIT Media Lab, were interested in removing the requirement for a physical mouse, while still allowing computer users to interact with their computers in a way with which they are familiar with. They developed an “invisible mouse” and named it Mouseless. ... »
