High-quality rendering with depth cueing of volumetric data using Monte Carlo integration.
Xiaoliang LiJie YangKai XieYue Min ZhuPublished in: Comput. Biol. Medicine (2006)
Keyphrases
- monte carlo
- volumetric data
- high quality
- depth map
- global illumination
- markov chain
- monte carlo simulation
- monte carlo tree search
- importance sampling
- maximum intensity projection
- particle filter
- crest lines
- medical imaging
- depth information
- monte carlo methods
- markovian decision
- adaptive sampling
- spherical harmonics
- depth images
- d scene
- point processes
- light transport
- image processing
- computer graphics
- photorealistic
- image analysis
- object recognition
- matrix inversion
- d objects
- semi automatic
- super resolution