Mapping High-Fidelity Volume Rendering for Medical Imaging to CPU, GPU and Many-Core Architectures.
Mikhail SmelyanskiyDavid R. Holmes IIIJatin ChhuganiAlan LarsonDoug CarmeanDennis P. HansonPradeep DubeyKurt AugustineDaehyun KimAlan KykerVictor W. LeeAnthony D. NguyenLarry SeilerRichard A. RobbPublished in: IEEE Trans. Vis. Comput. Graph. (2009)
Keyphrases
- high fidelity
- volume rendering
- graphics hardware
- medical imaging
- medical image processing
- real time
- graphics processing units
- ray casting
- gpu implementation
- volume data
- medical images
- ct data
- computed tomography
- x ray
- general purpose
- medical image analysis
- image registration
- image segmentation
- image processing
- anatomical structures
- image analysis
- processing speed
- computer aided diagnosis
- ct images
- imaging modalities
- shape analysis
- image guided
- computer vision
- image based rendering
- texture mapping
- computing systems
- massively parallel
- video conferencing
- remote sensing
- high quality
- high performance computing
- floating point
- parallel computing
- parallel programming
- ct scans
- computer assisted
- high resolution