Keyphrases
Ensemble Learning
100%
Ultrasonic Metal Welding
100%
Physics-informed
100%
Joint Strength Prediction
100%
Ensemble Learning Framework
44%
Extraction Methods
22%
Physical Knowledge
22%
Sensing Data
22%
Discrete Wavelet Transform
22%
Welding Condition
22%
Joint Strength
22%
Online Sensing
22%
Engineering Approach
11%
Strength Variation
11%
Manufacturing Process
11%
High Efficiency
11%
Non-destructive
11%
Sensing Signal
11%
Prediction Model
11%
Quality Assessment
11%
Feature Extraction
11%
External Disturbances
11%
Efficiency Improvement
11%
Time Pressure
11%
Prediction Accuracy
11%
Operating Window
11%
Multiple States
11%
Sustainable Manufacturing
11%
Learning Methodology
11%
Tool Use
11%
Overfitting
11%
Transformation Approach
11%
Data Efficiency
11%
Online Prediction
11%
Welding Parameters
11%
Welded Joint
11%
Internal Disturbance
11%
Tool Condition
11%
Conventional Features
11%
Feature Engineering
11%
Joint Quality
11%
Solid-state Joining
11%
Large-scale Variability
11%
Joining Technology
11%
Efficient Feature Extraction
11%
Welding Manufacturing
11%
Tool Deterioration
11%
Hierarchical Prediction
11%
Innovative Manufacturing
11%
Engineering
Ultrasonics
100%
Joint Strength
100%
Sensing Data
33%
Manufacturing Process
16%
Engineering
16%
Internals
16%
Joints (Structural Components)
16%
Feature Extraction
16%
External Disturbance
16%
Welds
16%
Quality Assessment
16%
Based Feature Extraction
16%
Numerous Advantage
16%
Sustainable Manufacturing
16%
Joining Technology
16%
Computer Science
Ensemble Learning
100%
Learning Framework
50%
Case Study
37%
Feature Extraction
25%
wavelet transformation
25%
Hierarchical Decomposition
12%
Prediction Accuracy
12%
Baseline Method
12%
Prediction Model
12%
Quality Assessment
12%
Earth and Planetary Sciences
Ultrasonics
100%
Wavelet
33%
Pattern Recognition
33%
State of the Art
16%
Sustainable Manufacturing
16%
Material Science
Mechanical Strength
100%
Welding
33%