Sentence examples for a tangible interaction with from inspiring English sources

In this paper, we propose an End-User Developmentoapproach thishis problem introducing TAPAS, a system that combines a tangible interaction with a puzzle metaphor, allowing users to create workflows on a Pervasive Display to satisfy their needs; its design and visual syntax stem from a study we carried out with designers, whose findings are also part of this work.

They use free hand or tangible interaction with physical objects.

To improve the tangible interaction with the sense of touch, we introduce the use of product- and fixture-type objects, which provides the feelings of holding the product in his or her hands and touching buttons with his or her index fingertip in the AR setup.

We also found that the tangible interaction combined with the hand occlusion solver in the AR setup is very useful to improve tangible interaction and immersive visualization of virtual products while making the user experience the shapes and functions of the products well and comfortably.

We also caught up with Roddick and Tangible Interaction's Creative Director Alex Beim to break down both the stage show and the broader idea of how to make electronic music feel organic in the interview below.

So when we started talking to Tangible Interaction, we talked for quite a while before we settled on a certain idea.

The other key tangible interaction technique applied is a tracker cube used for interpreting the spatial relationship of virtual and real entities.

The FSM is combined with the AR-based tangible objects whose operations in the AR environment facilitate the tangible interaction, realistic visualization and functional simulation of a digital handheld product.

To overcome the limitations of conventional wayfinding aids, mobile devices with a real-time feed into AR can be considered because AR can be characterized by augmented visualization and intuitive interaction techniques such as natural language, tangible interaction and gesture recognition (Kim & Maher 2008).

In addition, tangible interaction and the abilitiy to modify and share their views also provided social skills and helped to create a self-formative process.

We describe an architecture for distributed collaborative visualization that integrates video conferencing, distributed data management and grid technologies as well as tangible interaction devices for visualization.