VERT

VERT stands for Virtual Environment For Radiotherapy Training, and is both a generic term for VR dedicated to radiotherapy practice, and the name of the first such environment created by the University of Hull in 2009.

Below, we offer a selection of links from our resource databases which may match this term.

2-Manifold Adaptive Geometry Scaling Angle Overrides Asthenopia Beziergon Bilinear Interpolation Bone Weighting Camera Matrix Cartesian Cartesian Space Caustic Shading Clipping Collision Detection Computed Tomography CT Depth Map Depth Pass DICOM Digital Imaging and Communications in Medicine Electromyography Electronic Ink Electrooculography EMG EOG Flat Polygon Lighting Functional Electrical Stimulation Geometrical optics Gold Farming Graphics pipeline Grid Illusion Handwriting Recognition Height Map

Horizontal Field of View Individual Bone Constraints Individual Vertex Bone Weighting Interferometric Synthetic Aperture Microscopy ISAM LBS Location Aware Location Based Services M-Commerce Midpoint Displacement Algorithm Neuromarketing Overlapping Faces Passive Polarised 3D glasses Pitch Planar Map Planar mapping Polarized Glasses Polygon Polypainted Post-Scarcity Economy Projection Matrix Ray Optics Render Rendering Reprojection Error Retessellation Scaling Scintillation Screen Space Skeletal Animation System Skeletal Modelling System

Somatosensory Pathway Spatial Data Translation Spatial superposition Specular Highlight Specularity Specularity Map Surface Rendering Tactile Sensor Tilt UV UV Values VERT Vertex Vertex Lighting Vertex shader Vertex shading Vertical Field of View Vertice Virtual Clay Virtual Environment For Radiotherapy Training Visual Field Voxel Sculpting Voxel Sculpture Wire Frame Outline Wireframe Wireframe Model Yaw Z-Depth

Results by page [1]   

Radiotherapy in the UK benefits from virtual reality training
All trainee radiographers in the UK will learn how to treat cancer on virtual patients using Virtual Environment Radiotherapy Training (VERT), a development by the University of Hull and the Princess Royal Hospital.

Results by page

None.