Title :
A haptic-enabled multimodal interface for the planning of hip arthroplasty
Author :
Tsagarakis, Nikolaos G. ; Gray, John O. ; Caldwell, Darwin G. ; Zannoni, Cinzia ; Petrone, Marco ; Testi, Debora ; Viceconti, Marco
Author_Institution :
Salford Univ.
Abstract :
Multimodal environments help fuse a diverse range of sensory modalities, which is particularly important when integrating the complex data involved in surgical preoperative planning. The authors apply a multimodal interface for preoperative planning of hip arthroplasty with a user interface that integrates immersive stereo displays and haptic modalities. This article overviews this multimodal application framework and discusses the benefits of incorporating the haptic modality in this area
Keywords :
haptic interfaces; medical computing; multimedia systems; planning; surgery; three-dimensional displays; haptic-enabled multimodal interface; hip arthroplasty planning; immersive stereo displays; surgical preoperative planning; Biological tissues; Computed tomography; Force feedback; Haptic interfaces; Hip; Magnetic resonance imaging; Muscles; Stability; Surgery; Surges; framework; haptic; medical; multimodal; planning;
Journal_Title :
MultiMedia, IEEE
DOI :
10.1109/MMUL.2006.55