In this paper, we review diminished reality (DR) studies that visually remove, hide, and see
through real objects from the real world. We systematically analyze and classify publications …

With the expanded digitalization of manufacturing and product development process,
research into the use of immersive technology in smart manufacturing has increased. The …

Modeling in Augmented Reality (AR) lets users create and manipulate virtual objects in mid-
air that are aligned to their real environment. We present ARPen, a bimanual input …

We rely on our sight when manipulating objects. When objects are occluded, manipulation
becomes difficult. Such occluded objects can be shown via augmented reality to re-enable …

The magic lens paradigm, a commonly used descriptor for handheld Augmented Reality
(AR), presents the user with dual views: the augmented view (magic lens) that appears on …

In handheld AR, users have only a small screen to see the augmented scene, making
decisions about scene layout and rendering techniques crucial. Traditional device …

Free-hand interaction enables users to directly create artistic augmented reality content
using a smartphone, but lacks natural spatial depth information due to the small 2D display's …

Perceiving the region of interest (ROI) and target object by smartphones from the user's first-
person perspective can enable diverse spatial interactions. In this paper, we propose a …

Methods Our future step visualization uses a tablet suspended above the patient's body,
through which the trainee views the operating field. Before trainee use, an expert records a …

Handheld Augmented Reality commonly implements some variant of magic lens rendering,
which turns only a fraction of the users real environment into AR while the rest of the …