Interactions within virtual environments often require manipulating 3D virtual objects. To this
end, researchers have endeavoured to find efficient solutions using either traditional input …

We present DeltaPen, a pen device that operates on passive surfaces without the need for
external tracking systems or active sensing surfaces. DeltaPen integrates two adjacent lens …

In this paper, we explore how a familiarly shaped object can serve as a physical proxy to
manipulate virtual objects in Augmented Reality (AR) environments. Using the example of a …

The rapid evolution of multi-display environments (MDEs) has created a vacuum in need of
novel input devices to optimize interaction in MDEs. In this paper, we propose TDome, a …

We investigate the potential benefits of actuated devices for the desktop workstation which
remains the most used environment for daily office works. A formative study reveals that the …

We investigate the use of a handheld spherical object as a controller for locomotion in VR.
Rotating the object controls avatar movement in two different ways: As a zero order …

Extending a standard desktop workstation (ie a screen, a mouse, a keyboard) with virtual
scenes displayed on an Augmented Reality Head-Mounted Display (AR HMD) offers many …

Virtual and augmented reality (VR and AR) have the potential to change information work.
The ability to modify the workers senses can transform everyday environments into a …

Advanced technologies are increasingly enabling the creation of interactive devices with
non-rectangular form-factors but it is currently unclear what alternative form-factors are …

Conventional controllers or hand-tracking interactions in VR cause hand fatigue while
manipulating 3D objects because repetitive wrist rotation and hand movements are often …