"Brain Photorealistic Volume Rendering" by Jérôme Schmid, University of Applied Sciences and Arts Western Switzerland - HESSO
Entry in category 1. Object of study; Copyright CC-BY-NC-ND: Jérôme Schmid
This illustration is a photorealistic visualization of a brain computed tomography (CT) volume injected with contrast agent to enhance vessels. Photorealistic volume rendering simulates with a high fidelity the interaction of light with matter, based on image information and user defined parameters. We investigate whether this eye-catching technique can be used to study the human anatomy and pathology, especially for radiographer students, who are future health professionals responsible for producing high-quality diagnostic images and to apply some treatments. Here, we can appreciate various rendered brain vasculatures with respect to the surrounding structures combining realistic rendering effects and cutting planes techniques to highlight the complex and marvelous human anatomy. This CT scan has made publicly available by the Centre for Advanced Research in Imaging, Neurosciences and Genomics, New Delhi, IN.
"Brain Photorealistic Volume Rendering" by Jérôme Schmid, University of Applied Sciences and Arts Western Switzerland - HESSO
Entry in category 1. Object of study; Copyright CC-BY-NC-ND: Jérôme Schmid
This illustration is a photorealistic visualization of a brain computed tomography (CT) volume injected with contrast agent to enhance vessels. Photorealistic volume rendering simulates with a high fidelity the interaction of light with matter, based on image information and user defined parameters. We investigate whether this eye-catching technique can be used to study the human anatomy and pathology, especially for radiographer students, who are future health professionals responsible for producing high-quality diagnostic images and to apply some treatments. Here, we can appreciate various rendered brain vasculatures with respect to the surrounding structures combining realistic rendering effects and cutting planes techniques to highlight the complex and marvelous human anatomy. This CT scan has made publicly available by the Centre for Advanced Research in Imaging, Neurosciences and Genomics, New Delhi, IN.