In recent years, touchless-enabling technologies have been more and more adopted for
providing public displays with gestural interactivity. This has led to the need for novel visual …

Touchless gestural interaction has been widely studied and adopted in many contexts.
Furthermore, the growing availability of low-cost enabling devices, such as Kinect or Leap …

Freehand gestures used in gestural-based interactive systems are often designed around
technical limitations of gesture capturing technologies, resulting in gestures that may not be …

The aim of this work is to explore, from a perspective of human behavior, which gestures are
suited to control large display surfaces from a short distance away; why that is so; and …

Markerless motion-sensing promises to position touchless interactions successfully in
various domains (eg, entertainment or surgery) because they are deemed natural. This …

Public interactive displays with gesture-recognizing cameras enable new forms of
interactions. However, often such systems do not yet allow passers-by a choice to engage …

Touchless interactions synthesize input and output from physically disconnected motor and
display spaces without any haptic feedback. In the absence of any haptic feedback …

Touchless gestural interaction enables users to interact with digital devices using body
movements and gestures, and without the burden of a physical contact with technology (eg …

In the last two decades, we have witnessed a growing spread of touchless interfaces,
facilitated by higher performances of computational systems, as well as the increased …

Smart spaces with multiple interactive devices and motion tracking capabilities are
becoming more common. However, there is little research on how interaction with one …