The Effect of 3d-Mri Modalities Mixture in Glioma Delimitation

Hana Bouchouicha, O. B. Sassi, A. Hamida, C. Mhiri, M. Dammak, K. B. Mahfoudh
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Abstract

today, image processing has become a very important issue in medical imaging field, which is constantly developing to facilitate the diagnosis of several diseases such as brain tumors, especially glioblastoma (GBM). The segmentation of glioblastoma tumors is an important early step in image analysis to characterize the tumor phenotypic features. This study describes a new approach for the detection and the delimitation of GBM using modalities mixture as a pre-processing step then Otsu multilevel thresholding and Neighborhood algorithm & maximum component. This proposed modalities mixture used three different MRI modalities which are Flair, T2 and T1. This approach has been tested on clinical database BRATS’2017. We report promising results. The Dice Similarity Coefficient metric for whole tumor was 0.88. the preprocessing step used increases the segmentation accuracy compared to the same technique without modalities mixture.
3d-Mri混合模式对胶质瘤划界的影响
如今,图像处理已经成为医学成像领域的一个非常重要的问题,它正在不断发展,以方便脑肿瘤,特别是胶质母细胞瘤(GBM)等几种疾病的诊断。胶质母细胞瘤肿瘤的分割是图像分析表征肿瘤表型特征的重要早期步骤。本文提出了一种以模态混合为预处理步骤,结合Otsu多层阈值法和邻域法和最大分量法对GBM进行检测和划分的新方法。该建议的模式混合使用了三种不同的MRI模式,即Flair, T2和T1。该方法已在临床数据库BRATS ' 2017上进行了测试。我们报告了有希望的结果。全肿瘤的Dice Similarity Coefficient指标为0.88。与没有模态混合的相同技术相比,所使用的预处理步骤提高了分割精度。
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