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Towards an informational model for tuberculosis lesion discrimination on X-ray CT images

机译:建立基于X射线CT图像的结核病病变鉴别信息模型

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Proper characterization of Tuberculosis (TB) as a continuous spectrum between latent and active stages is urgently needed as part of the efforts to control this devastating pandemic. Radiological imaging has revealed as an indispensable tool for this purpose and has raised the need to automate the identification of TB lesions and the characterization of disease progression on X-ray computer tomography (CT) scans of appropriate animal models. The contribution of the present work is to introduce a methodology for the above-mentioned task. The TB lesion detection is achieved using statistical region merging and their characterization is based on the extraction of texture features and the optimization of a random forest estimator. Our results demonstrate that the proposed methodology selects a simple but powerful model that achieves a proper classification of abnormal tissue.
机译:作为控制这种破坏性大流行的努力的一部分,迫切需要正确地表征结核在潜伏期和活跃期之间的连续光谱。放射成像已显示出是实现此目的必不可少的工具,并提出了在适当的动物模型的X射线计算机断层扫描(CT)扫描中自动识别TB病变和表征疾病进展的需求。本工作的贡献是为上述任务介绍一种方法。结核病病斑的检测是通过统计区域合并实现的,其特征是基于纹理特征的提取和随机森林估计量的优化。我们的结果表明,所提出的方法选择了一个简单但功能强大的模型,可以对异常组织进行适当的分类。

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