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Reducing evaluation cost for circuit synthesis using active learning
Tinghao Guo
, Daniel R. Herber
,
James T. Allison
Industrial and Enterprise Systems Engineering
Aerospace Engineering
Carl R. Woese Institute for Genomic Biology
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Keyphrases
Active Learning
100%
Circuit Synthesis
100%
Evaluation Costs
100%
Predictive Models
42%
Synthesis Problem
42%
Active Learning Strategies
28%
Learning Design
14%
Computationally Expensive
14%
Architectural Design
14%
Model Accuracy
14%
Promising Strategies
14%
Design Space
14%
Genetic Algorithm
14%
Solution Approach
14%
Effective Design
14%
Design Problems
14%
Engineering Design
14%
Complete Data
14%
Training Samples
14%
Random Forest
14%
Supervised Machine Learning
14%
Labeling Problem
14%
Sequence Labeling
14%
Ensemble Methods
14%
Cost Simulation
14%
System Architecture Design
14%
Design Search
14%
Candidate Evaluation
14%
Structured Output
14%
Semi-supervised Machine Learning
14%
Efficient Enumeration
14%
Enumeration Strategy
14%
Query Strategy
14%
Computer Science
Active Learning
100%
Predictive Model
33%
Synthesis Problem
33%
Architecture Design
22%
Candidate Architecture
22%
Case Study
11%
Design Problem
11%
Machine Learning Technique
11%
Random Decision Forest
11%
Training Sample
11%
Model Accuracy
11%
Ensemble Method
11%
Data Architecture
11%
Genetic Algorithm
11%
System Architecture
11%