Publication | Open Access
Fusion In Breast Cancer Histology Classification
27
Citations
26
References
2019
Year
Unknown Venue
Convolutional Neural NetworkBreast OncologyEngineeringMachine LearningBiomedical Artificial IntelligenceImage ClassificationImage AnalysisOncologyData SciencePattern RecognitionSurgical PathologyFusion LearningBreast ImagingCancer ResearchRadiologyHistopathologyMedical Image ComputingDeep LearningComputer VisionBreast CancerComputer-aided DiagnosisClinical Image AnalysisMedicineBreast Cancer Histology
Breast cancer is a deadly disease that affects millions of women worldwide. The International Conference on Image Analysis and Recognition in 2018 presents the BreAst Cancer Histology (ICIAR2018 BACH) image data challenge that calls for computer tools to assist pathologists and doctors in the clinical diagnosis of breast cancer subtypes. Using the BACH dataset, we have developed an image classification pipeline that combines both a shallow learner (support vector machine) and a deep learner (convolutional neural network). The shallow learner and deep learners achieved moderate accuracies of 79% and 81% individually. When being integrated by fusion algorithms, the system outperformed any individual learner with the highest accuracy as 92%. The fusion presents big potential for improving clinical design support.
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