Automatically Designing Network-Based Deep Transfer Learning Architectures Based on Genetic Algorithm for In-Situ Tool Condition Monitoring.
Yuekai LiuYaoxiang YuLiang GuoHongli GaoYongwen TanPublished in: IEEE Trans. Ind. Electron. (2022)
Keyphrases
- transfer learning
- condition monitoring
- genetic algorithm
- tool wear
- learning tasks
- knowledge transfer
- labeled data
- domain adaptation
- transfer knowledge
- active learning
- cross domain
- reinforcement learning
- semi supervised learning
- acoustic emission
- power transformers
- fault detection
- machine learning
- fault diagnosis
- multi task
- manifold alignment
- target domain
- text classification
- collaborative filtering
- machine learning algorithms
- text categorization
- text mining
- artificial intelligence
- knowledge sharing
- neural network
- information extraction
- prior knowledge
- decision trees
- cross domain learning