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Effectiveness assessing of softwares with AI for chest area x-ray images post-processing

机译:AI评估胸部区域X射线图像后处理软件的有效性

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Diagnostic radiology is a branch of medicine describes of ionizing radiation using to study the structure and functions of normal and pathological altered human organs and systems for the prevention and detection of diseases. X-ray irradiation is the most common diagnostic method in Radiology and it makes possible to identify and diagnose diseases and injuries for further treatment of patients. In particular, development of artificial intelligence (AI) has led the creation of different software for X-ray images processing to improve pathologists recognition by operator. At this moment there are lots of means and methods have been developed by different software engineers to find out “the perfect solution” for this problem. Respiratory diseases occupy one of the leading places in Ukraine. The main share of pathologies is acute viral infections, bronchitis, pneumonia and tuberculosis. In one year, about 15.5 million chest X-ray studies perform in Ukraine only for tuberculosis detection. It was the reason to select chest X-ray studies for processing's effectiveness assessing. For effectiveness assessing we have made quantitative contrast measurements for selected areas on original and processed chest X-ray images.
机译:诊断放射学是描述电离辐射的医学分支,用于研究正常和病理改变的人体器官和系统的结构和功能,以预防和检测疾病。 X射线辐射是放射学中最常见的诊断方法,它可以识别和诊断疾病和受伤情况,以进一步治疗患者。特别是,人工智能(AI)的发展已导致创建用于X射线图像处理的不同软件,以提高操作员对病理学家的识别能力。目前,不同的软件工程师已经开发出许多手段和方法,以找到针对此问题的“完美解决方案”。呼吸系统疾病在乌克兰占领先地位之一。病理的主要部分是急性病毒感染,支气管炎,肺炎和结核病。在一年中,仅在结核病检测中就在乌克兰进行了约1,550万次胸部X光检查。这就是选择胸部X光检查以评估加工效果的原因。为了进行有效性评估,我们对原始和经过处理的胸部X射线图像上的选定区域进行了定量对比测量。

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