The architectural experience of visiting a virtual building and exploring its contents requires
tools to provide visitors with accessible and pleasurable ways to conduct their stroll and …

This paper describes the results of a case study intended to compare three different user
movement paradigms (metaphoric, symbolic and natural) designed to control the visit of …

User navigation in public installations displaying 3D content is mostly supported by mid-air
interactions using motion sensors, such as Microsoft Kinect. On the other hand, smartphones …

Museum installations, especially those related to the display of virtual archaeology, often
make use of natural user interaction (NUI). Those sets require methods of interaction that are …

In this paper we introduce a Kinect based posture recognition approach that can classify the
user's pose and gesture and match them to a set of predefined musical instruments. The …

In this paper we present a gesture recognition framework for providing the visitors of a
museum exhibition with a non intrusive interface for the multimedia enjoyment of digital …

User navigation in 3D environments through public large-screen installations is mostly
supported by mid-air interactions using motion sensors such as Microsoft Kinect. On the …

This paper describes the results of a case study about how Assisted Navigation and Natural
User Interfaces can facilitate user control in virtual architectural walkthroughs and improve …

Natural interaction can play an outstanding role in the design of museum installations. This
paper describes the software architecture and gesture-based interaction scheme utilised in …

This paper describes the use of Paseante, an autonomous agent for real-time assisted
navigation inside virtual environments. In order to carry out its implementation, theories of …