2017 International Conference on Recent Innovations in Signal processing and Embedded Systems (RISE) · 2017 · 28 citations · 6 references
ComputingComputer ScienceOncologyComputer VisionData MiningMachine LearningBrain TumorsEdge DetectionImage AnalysisImage SegmentationTumor ClassificationTumor DetectionBenign Tumor ClassificationBrain Tumor DiagnosisClassification AccuracyGray-level Co-occurrence MatricesHistogram Of Oriented GradientsLesion ClassificationMedian FilteringMedical Image Classification
Brain tumor is a perilous disease which causes brain damage. So, detection and classification of brain tumor in early stage is necessary. In the proposed work MRI brain images are pre-processed by median filtering. To segregate lesion from image, color based segmentation and edge detection is performed. Multiple feature extraction schemes, namely histogram of oriented gradients and gray level co-occurrence matrix are used to represent the images. All the extracted features are stored in a transactional database to which IBkLG classifier (Instance based K-Nearest using Log and Gaussian weight Kernels) has been applied using WEKA 3.9 tool, to classify the tumor into normal benign or malignant. The classification accuracy is observed found to be 86.6%.
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