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Echogenicity measuring of ultrasound images based on multi-agent system to appraisal of diagnosis

机译:基于多智能体系统的超声图像超声检测

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This presented paper is focused on image processing of transcranial sonography (TCS) images to Parkinson's disease recognition by means of own developed MATLAB application, more precisely on the first phase of pre-processing of TCS images. This phase is realized by using multi-agent (MAS) system which analyze brightness inside ROI substantia nigra, more precisely echogenicity substantia nigra to potential risk of parkinsonism. Firstly, we detect global brightness of cut with ROI and subsequently only locally inside substantia nigra to detect lesions. Furthermore, paper also briefly presents phase of the main processing with exact measuring SN area and post-processing with saving the measured values to further analysis.
机译:这篇论文的重点是通过自己开发的MATLAB应用程序对经颅超声检查(TCS)图像进行图像处理以对帕金森氏病进行识别,更准确地说,是对TCS图像进行预处理的第一阶段。此阶段是通过使用多代理(MAS)系统实现的,该系统分析了ROI黑质内的亮度,更准确地说是回声性黑质对帕金森氏症的潜在风险。首先,我们用ROI检测切割的整体亮度,然后仅在黑质内部局部检测病变。此外,论文还简要介绍了具有精确测量SN面积的主要处理阶段以及保存测量值以进行进一步分析的后处理阶段。

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