A quality-preserving model for test reduction in electronics production

Keyphrases

• Circuit Testing 100%
• Electronics Production 100%
• Test Suite Reduction 100%
• Adaptive Test 66%
• Functional Circuits 66%
• Line-start 66%
• Existing Data 33%
• Online Learning 33%
• Product Development 33%
• Minimum Cost 33%
• Data-driven Methods 33%
• Test Cost 33%
• Failure Process 33%
• Test Selection 33%
• Process Conditions 33%
• Unnecessary Testing 33%
• Adaptation Policy 33%
• Cutting Test 33%
• Test Flow 33%
• Manufacturing Quality 33%
• Production Domain 33%
• Temporal Validation 33%
• Rolling Process Stability 33%
• Subset Construction 33%
• Static Reduction 33%
• End-of-line Testing 33%
• Printed Circuit Board Assembly 33%
• Manufacturing Test 33%
• Real Concept Drift 33%
• Contextual multi-armed Bandit 33%
• Thompson Sampling 33%
• Greedy Set Cover 33%
• Failure Pattern 33%
• Testing Plan 33%
• Selection Framework 33%
• Escape Risk 33%
• Defect Distribution 33%
• Static Test 33%

Computer Science

• Electronic Learning 100%
• Concept Drift 100%
• Subset Construction 100%
• Manufacturing Test 100%
• Printed Circuit Board 100%

Engineering

• Circuit Test 100%
• Printed Circuit Board 33%
• Failure Process 33%
• Test Time 33%
• Manufacturing Quality 33%
• Test Plan 33%
• Rolling Process 33%
• Failure Pattern 33%
• Process Condition 33%