Learning from Human Uncertainty by Choquet Integral for Optic Disc Segmentation

Keyphrases

• Aggregation Function 33%
• Annotator 100%
• Choquet Integral 100%
• Component Segmentation 33%
• Deep Learning Model 33%
• Deep Neural Network 33%
• Dice Score 33%
• Ensemble Framework 33%
• Ensemble Methods 33%
• Fundus Image 33%
• Fuzzy Integral 33%
• Human Annotator 33%
• Human Uncertainty 100%
• Interobserver Variability 66%
• Label Fusion 33%
• Learning from Humans 100%
• Majority Voting 33%
• Manual Annotation 33%
• Medical Image Processing 33%
• Medical Image Segmentation 33%
• Multiple Annotators 33%
• Neural Network 33%
• Non-linear Aggregation 33%
• Optic Disc Segmentation 100%
• Practical Manual 33%
• Processing Task 33%
• Segmentation Ensemble 33%
• Segmentation Model 33%
• Segmentation Problem 33%

Engineering

• Deep Learning 100%
• Deep Neural Network 100%
• Image Processing 100%
• Medical Image 100%
• Medical Image Segmentation 100%
• Processing Task 100%
• Reaction Injection Moulding 100%
• Tasks 100%

Computer Science

• Aggregation Function 50%
• Annotation 50%
• Deep Learning Model 50%
• Deep Neural Network 50%
• Ensemble Method 50%
• Fuzzy Integral algorithm 50%
• Image Segmentation 50%
• Majority Voting 50%
• Medical Image Processing 50%
• Neural Network 50%
• Observer Variability 100%
• Processing Task 50%
• Segmentation Model 50%
• Segmentation Task 50%