Journal of the American Medical Informatics Association · 2008 · 32 citations · 6 references
ComputingComputer ScienceRadiologyComputer VisionDiagnostic ImagingHuman-computer InteractionConversational User InterfacesGesture RecognitionGesture-based InteractionIntraoperative NavigationMedical ImagingMultimodal InteractionGesture InterfacesGesture RecognizersGesture-based InterfacesGesture-based ManipulationGesture-based User InterfacesStereotactic Brain BiopsySystem UsabilityVision-based Gesture Recognition
The use of doctor-computer interaction devices in the operation room (OR) requires new modalities that support medical imaging manipulation while allowing doctors' hands to remain sterile, supporting their focus of attention, and providing fast response times. This paper presents “Gestix,” a vision-based hand gesture capture and recognition system that interprets in real-time the user's gestures for navigation and manipulation of images in an electronic medical record (EMR) database. Navigation and other gestures are translated to commands based on their temporal trajectories, through video capture. “Gestix” was tested during a brain biopsy procedure. In the in vivo experiment, this interface prevented the surgeon's focus shift and change of location while achieving a rapid intuitive reaction and easy interaction. Data from two usability tests provide insights and implications regarding human-computer interaction based on nonverbal conversational modalities.
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A non-contact mouse for surgeon-computer interaction
Carole Grätzel, Terrence Fong, S. Grange et al. · Technology and Health Care · 2004 · 145 citations · Full text
Intelligent wheelchair remotely controlled by interactive gestures
Yoshinori Kuno, T. Murashina, Nobutaka Shimada et al. · 2002 · 30 citations