首页> 外文会议>International Conference on Fuzzy Systems and Knowledge Discovery(FSKD 2005) pt.2; 20050827-29; Changsha(CN) >Automatic Segmentation and Diagnosis of Breast Lesions Using Morphology Method Based on Ultrasound
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Automatic Segmentation and Diagnosis of Breast Lesions Using Morphology Method Based on Ultrasound

机译:基于超声形态学方法的乳腺病变自动分割与诊断

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The main objective of this paper is to use the auto segmentation with morphological technique to find out predictable region of interest (ROI), especially the center and margin area of the tumor. The proposed method has employed moving average method for detecting edge of tumor after estimating the corresponding center using the aid of medical domain knowledge. In our re-search, after computing distance between center and edge of tumor we get factual and numerical data of tumor to calculate multi-deviation and circularity test. It is useful to construct tumor profiling by splitting up the lesion into 4 divisions with the mean of multi-standard deviation (benign: 13.7, malignancies: 38.32) and 8 divisions with the mean of multi-standard deviation (benign: 3.36, malignancies: 15.29) with equal segments. We used K-means algorithm to make classification between benign and malignance tumor. This technique has been fully validated by using more than 100 ultrasound images of the patients and found to be accurate with 90% degree of confidence. This study will help the physicians and radiologist to improve the efficiency in accurate detection of the image and appropriate diagnosis of the cancer tumor.
机译:本文的主要目的是利用形态学技术进行自动分割,以找出可预测的感兴趣区域(ROI),尤其是肿瘤的中心和边缘区域。所提出的方法在借助医学领域知识估计相应的中心之后,采用了移动平均法来检测肿瘤的边缘。在我们的研究中,在计算出肿瘤中心与边缘之间的距离之后,我们得到了肿瘤的事实和数值数据,以计算多偏差和圆度检验。通过将病变分为具有多标准偏差平均值(良性:13.7,恶性肿瘤:38.32)的4个分区和具有多标准偏差平均值(良性:3.36,恶性肿瘤)的8个分区来构建肿瘤概况分析是有用的15.29)。我们使用K-means算法在良性和恶性肿瘤之间进行分类。该技术已通过使用100多例患者的超声图像得到了充分验证,并被发现具有90%的置信度是准确的。这项研究将帮助医师和放射科医生提高准确检测图像和正确诊断癌症的效率。

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