A group of researchers at MIT developed a prototype of a Tangible User Interface (TUI) with ability to dynamically create user interfaces by altering its layout. Named inFORM, the system id built on top of grid-like shape-changing display. It could make use of the way we perceive objects to create an intuitive interface with logical… »

We already wrote about various new ways for information interaction, and a group of researchers at the Nanyang Technological University (NTU) developed a low cost system which allows conversion of virtually any flat solid surface around us into a touch sensitive surface. The system relies on the principles of vibration and imaging, and it is… »

Technische Universität Darmstadt’s “Future Internet” research group recently published a set of challenges needed to tackle in order to incorporate their vision of what mobile telephony may look like in next ten to fifteen years. They envision that the mobile telephones of the future will be able to see, shrink in size while getting larger… »

In one of our previous articles we described OmniTouch – a prototype of a wearable multitouch system that turns any surface into interface for information interaction. Researchers at the Carnegie Mellon University (CMU) have played with that idea and created WorldKit – a system able to create these touch-based interfaces and enable information interaction in… »

Fujitsu Laboratories developed a technology that enables gesture-based information interaction which merges digital data and real objects. As many of its competitors in user interface niche, the technology can accurately detect where the user’s finger is and what is being touched. However, what makes it different compared to other approaches is the fact it uses… »

Computer scientists at Karlsruhe Institute of Technology (KIT) developed a technology which enables “airwriting” – a technology which might change the way we input data while on the go while by writing data in air. Since it can be worn like clothes, which can be integrated seamlessly into the everyday life of the user, the… »

Thalmic Labs has launched MYO – an armband which relies on a combination of myoelectric technology and motion sensing. The interest of Apple to develop a wristwatch with similar features confirms that this technology could be the next step in our interaction with augmented reality and other gadgets around us. Anyone able to use their… »

A new sensing technique developed by a team at Disney Research, Pittsburgh, and Carnegie Mellon University (CMU) could enhance current capacitive touch sensing used for information interaction by enabling detection of more complex gestures. Named Touché, the new method monitors capacitive signals across a broad range of frequencies instead sensing electrical signals at a single… »