Development of a mixed reality platform for lateral skull base anatomy

Keyphrases

• 3D Hologram 66%
• 3D Printed Model 33%
• 3D Visualization 33%
• Anatomic Dissection 33%
• Anatomic Structure 33%
• Augmented Reality 33%
• Automatic Segmentation 33%
• Bone Structure 33%
• Bony Morphology 66%
• C Programming 33%
• Cadaver Head 33%
• Cadaver Model 33%
• Computed Tomography Images 33%
• Ear Structure 33%
• Gesture Commands 33%
• Guidance Tool 33%
• Head Bones 33%
• Headset 66%
• Hologram 33%
• HoloLens 33%
• Image Guidance 33%
• Image Guidance System 33%
• Interactive Holograms 33%
• Internal Ear 33%
• Lateral Skull Base 100%
• Lateral Skull Base Surgery 33%
• Manual Segmentation 33%
• Mixed Reality 100%
• Mixed Reality Headset 100%
• Physical Model 33%
• Physical Objects 33%
• Physical Space 33%
• Point Matching 33%
• Skull 33%
• Skull Base Anatomy 100%
• Soft Tissue 66%
• Software User Interfaces 33%
• Specific Point 33%
• Surface Point 33%
• Surface Registration 33%
• Target Registration Error 66%
• Temporal Bone 100%
• Three Dimensional Reconstruction 33%
• Three-dimensional (3D) 66%
• Tissue Anatomy 33%
• User Control 33%
• Virtual Image 33%
• Voice Command 33%

Engineering

• Augmented Reality 25%
• Cadaveric Model 25%
• Guidance System 25%
• Holograms 100%
• Internals 25%
• Matching Point 25%
• Physical Model 25%
• Physical Space 25%
• Printed Model 25%
• Three-Dimensional Reconstruction 25%
• Three-dimensional Visualization 25%
• User Interfaces 25%

Computer Science

• Augmented Reality 20%
• C Programming 20%
• Manual Segmentation 20%
• Mixed Reality 100%
• Physical Model 20%
• Physical Object 20%
• Physical Space 20%
• Registration Error 40%
• Surface Registration 20%
• Three-Dimensional Reconstruction 20%
• User Interfaces 20%