Purpose In this article, we systematically examine the current state of research of systems
that focus on touchless human–computer interaction in operating rooms and interventional …

This paper presents a review of the state of the art of visualization in mixed reality image
guided surgery (IGS). We used the DVV (data, visualization processing, view) taxonomy to …

3D gestural interaction provides a powerful and natural way to interact with computers using
the hands and body for a variety of different applications including video games, training and …

Artificial intelligence (AI) has demonstrated great potential in a wide variety of applications in
interventional radiology (IR). Support for decision-making and outcome prediction, new …

Ever since Ivan Sutherland's vision of the ultimate display [Sutherland 1965], the notion of
interacting with computers naturally and intuitively has been a driving force in the field of …

Purpose Interaction with radiological image data and volume renderings within a sterile
environment is a challenging task. Clinically established methods such as joystick control …

Abstract Human Computing Interaction (HCI) is an expansive research field that covers
various disciplines from computer science and engineering to human factors and social …

Human-computer interaction with medical images in a sterile environment is a challenging
task. It is often delegated to an assistant or performed directly by the physician with an …

In this paper, we show how surgeons can interact with medical images using finger and
hand gestures in two situations: one hand-free and no hands-free interaction. We explain …

Ever since Ivan Sutherland's vision of the ultimate display [Sutherland 1965], the notion of
interacting with computers naturally and intuitively has been a driving force in the field of …