A novel tolerance geometric method based on machine learning.
Lu-jun CuiMan-ying SunYan-long CaoQijian ZhaoWen-han ZengShi-rui GuoPublished in: J. Intell. Manuf. (2021)
Keyphrases
- machine learning
- theoretical analysis
- high order
- high precision
- probabilistic model
- experimental evaluation
- significant improvement
- optimization algorithm
- high accuracy
- support vector machine
- detection method
- dynamic programming
- cost function
- computational complexity
- machine learning methods
- fully automatic
- artificial intelligence
- learning algorithm
- geometric information
- machine learning algorithms
- classification method
- clustering method
- detection algorithm
- data sets
- computationally efficient
- unsupervised learning
- model selection
- text mining
- classification accuracy
- color images
- feature space
- preprocessing
- pattern recognition
- clustering algorithm
- computer vision
- data mining