Autocalibration experiments using machine learning and high performance computing.
Markiyan SlobodaDavid A. SwaynePublished in: Environ. Model. Softw. (2013)
Keyphrases
- limited resources
- high performance computing
- computing resources
- autocalibration
- machine learning
- scientific computing
- computational science
- massively parallel
- computing systems
- fault tolerance
- parallel computing
- point correspondences
- computer vision
- grid computing
- computing environments
- focal length
- camera calibration
- structure from motion
- real time
- fault tolerant
- position and orientation
- energy efficiency
- moving camera
- bundle adjustment