An automated method for the incorporation of functionality in the geometric design of a shell.
D. R. WilsonMalcolm I. G. BloorMichael J. WilsonPublished in: Solid Modeling and Applications (1993)
Keyphrases
- geometric constraints
- detection method
- theoretical analysis
- optimization method
- cost function
- segmentation method
- fully automatic
- computer aided
- experimental evaluation
- mathematical model
- high accuracy
- classification accuracy
- prior knowledge
- preprocessing
- objective function
- optimization algorithm
- high order
- camera calibration
- design principles
- classification method
- evaluation method
- geometric information
- synthetic data
- detection algorithm
- computer vision
- denoising
- significant improvement
- artificial neural networks
- multiscale
- similarity measure
- decision trees
- image processing