Improvement of Segmentation Efficiency in Mammogram Images Using Dual-ROI Method

Improvement of Segmentation Efficiency in Mammogram Images Using Dual-ROI Method

Venkata Satya Vivek Tammineedi, Raju C., Girish Kumar D., Venkateswarlu Yalla
DOI: 10.4018/IJHISI.305236
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Abstract

Mammogram segmentation utilizing multi-region of intrigue is a standout amongst the most rising exploration territory in the medical image analysis. The steps engaged with the research are grouped into two kinds: 1) segmentation of mammogram images and 2) extraction of texture features from mammogram images. To overcome these difficulties, a compelling technique is proposed in this paper that comprises of three phases. In the principal arrangement, mammogram images from INbreast database are selected and improved utilizing Laplacian filtering. At that point, the pre-processed mammogram images are utilized for segmentation utilizing modified adaptively regularized kernel-based fuzzy C means (M-ARKFCM). After segmentation, statistical texture FE is connected for recognizing the patterns of cancer and non-cancer regions in mammogram images. Finally, the experimental outcome demonstrated that the proposed approach enhanced the segmentation efficiency by methods of statistical parameters contrasted with the existing operating procedures.
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2. Literature Survey

Several approaches are recommended by researchers in breast cancer segmentation framework. In this situation, short assessments of some paramount contributions to the accessible articles are conferred.

Jasmine et al. 2009 presented a paper on a new approach for detecting micro-calcification in digital mammograms employing the combination of wavelet analysis of the image by applying artificial neural networks (ANN) for building the classifiers. The micro-calcification corresponds to high frequency components and the detection of micro-calcification is achieved by extracting the micro-calcification features from the wavelet analysis of the image and we use these results as an input of neural network for classification. The neural network contains one input, two hidden and one output .The system is classified normal from abnormal, mass for micro-calcification and abnormal severity (benign or malignant). The experiments demonstrate that their approach can provide true detection rate approximately 87% and 0 false detection per image which is significant. The evaluation of the system is carried on INbreast dataset.

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