The present work addresses the Human Computer Interface Design (HCID) of Medical
Augmented Reality (AR) systems, allowing for interactive in-situ visualization. In particular,
this thesis aims at two major challenges to adapt a 3D user interface (UI) to the
needs of its medical target applications. These challenges are the seamless composition
of virtual and real objects and the interaction with them in an AR environment. The
proposed solutions are capable of enhancing the user's immersion into the AR scene in
order to take full advantage of this technology.
«
The present work addresses the Human Computer Interface Design (HCID) of Medical
Augmented Reality (AR) systems, allowing for interactive in-situ visualization. In particular,
this thesis aims at two major challenges to adapt a 3D user interface (UI) to the
needs of its medical target applications. These challenges are the seamless composition
of virtual and real objects and the interaction with them in an AR environment. The
proposed solutions are capable of enhancing the user's immersion...
»