Abstract. Mobile devices ’ user interfaces have some similarities with the traditional interfaces offered by desktop computers, which are highly problematic when used in mobile contexts. Gesture recognition in mobile interaction appears as an important area to provide suitable on-the-move usability. We present a body space based approach to improve mobile device interaction and on the move performance. The human body is presented as a rich repository of meaningful relations which are always available to interact with. Body-based gestures allow the user to naturally interact with mobile devices with no movement limitations. Preliminary studies using RFID technology were performed, validating the mnemonical body shortcuts concept as a new mob...
This contribution demonstrates the efficient embedding of a single depth-camera into the automotive ...
Mobile phones serve as a replacement for many devices that are used to accomplish day to day activit...
Diploma thesis describes the procedure for smartphone device management with motion gestures. It de...
Motivation – To study and validate a body space based approach to improve mobile device interaction ...
Abstract. Mobile Interaction gained a vast importance in the actuality. However, graphical user inte...
In the past, the design of gesture-based interfaces has focused on issues of gesture recognition wit...
Figure 1: Touch input is expressive but can occlude large parts of the screen (A). We propose a mach...
We describe the BodySpace system, which uses inertial sensing and pattern recognition to allow the g...
A ubiquitous input mechanism utilizing gesture recognition techniques on a mobile phone is presented...
Visually demanding interfaces on a mobile phone can di-minish the user experience by monopolizing th...
Many mobile devices embed nowadays inertial sensors. This enables new forms of human-computer intera...
We propose a novel interface in mobile environment called “Ubi-Finger ” that realizes sensuous opera...
Computer vision and inertial measurement have made it possible for people to interact with computers...
Abstract. We propose a novel interface in mobile environment called “Ubi-Finger ” that realizes sens...
Today, smart phones with touchscreens and sensors are the predominant, fastest growing class of cons...
This contribution demonstrates the efficient embedding of a single depth-camera into the automotive ...
Mobile phones serve as a replacement for many devices that are used to accomplish day to day activit...
Diploma thesis describes the procedure for smartphone device management with motion gestures. It de...
Motivation – To study and validate a body space based approach to improve mobile device interaction ...
Abstract. Mobile Interaction gained a vast importance in the actuality. However, graphical user inte...
In the past, the design of gesture-based interfaces has focused on issues of gesture recognition wit...
Figure 1: Touch input is expressive but can occlude large parts of the screen (A). We propose a mach...
We describe the BodySpace system, which uses inertial sensing and pattern recognition to allow the g...
A ubiquitous input mechanism utilizing gesture recognition techniques on a mobile phone is presented...
Visually demanding interfaces on a mobile phone can di-minish the user experience by monopolizing th...
Many mobile devices embed nowadays inertial sensors. This enables new forms of human-computer intera...
We propose a novel interface in mobile environment called “Ubi-Finger ” that realizes sensuous opera...
Computer vision and inertial measurement have made it possible for people to interact with computers...
Abstract. We propose a novel interface in mobile environment called “Ubi-Finger ” that realizes sens...
Today, smart phones with touchscreens and sensors are the predominant, fastest growing class of cons...
This contribution demonstrates the efficient embedding of a single depth-camera into the automotive ...
Mobile phones serve as a replacement for many devices that are used to accomplish day to day activit...
Diploma thesis describes the procedure for smartphone device management with motion gestures. It de...