Keyphrases
State Degradation
100%
Health Diagnosis
100%
Milling Tool
100%
Semi-supervised Method
100%
Computationally Efficient
100%
Latent Space
66%
Computational Efficiency
66%
Input Space
66%
Hardware IP
40%
High Classification Accuracy
33%
Decoder
33%
Two-stage Classification
33%
Experiment Results
33%
Variational Autoencoder
33%
Maintenance Decision
33%
High Cost
33%
Encoder Architecture
33%
UC Berkeley
33%
Machine Learning Models
33%
Classification Process
33%
Space Classification
33%
Estimation Model
33%
Computation Cost
33%
High Reliability
33%
Healthy State
33%
Semi-supervised Machine Learning
33%
Embedded FPGA
20%
Real-time Constraints
20%
Hard Real-time
20%
Free Deployment
20%
Segment-based
20%
Network Mapping
20%
FPGA Platform
20%
Xilinx
20%
Iteration-free
20%
Resource Scalability
20%
Computer Science
Computation Cost
100%
False Positive
100%
Efficient Computation
100%
Classification Stage
100%
High Reliability
100%
Semisupervised Learning
100%
State Estimation
100%
Classification Accuracy
100%
Classification Process
100%
Machine Learning
100%
Learning System
100%
Process Check
100%
Field Programmable Gate Array
100%
Engineering
Input Space
100%
State of Health
100%
Learning System
50%
Classification Process
50%
Classification Accuracy
50%
State Estimation
50%
