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Detection of Cardiac Geometry via Difference Intensity of Echocardiogram Images

机译:通过超声心动图图像的强度差异检测心脏的几何形状

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Echocardiogram is an ultrasound image of the heart that demonstrates the size, motion and composition of cardiac structures and is also used to diagnose various abnormalities of the heart including abnormal chamber size, shape and congenital heart disease. Echocardiography provides important morphological and functional details of the heart. Most of the presented automatic cardiac disease recognition systems that use echocardiograms based on defective anatomical region detection. In this paper we present a simple technique for cardiac geometry detection via echocardiogram images which conquer these borders and exploits cues from cardiac structure. To demonstrate the effectiveness of this technique, we present results for cardiac geometry detection through difference intensity of echocardiogram images. We have developed a simple program code for the prediction of cardiac geometry using difference intensity of echocardiogram images. With this code, users can generate node or point for detection of cardiac geometry as ventricle and atrium in size, shape and location.
机译:超声心动图是心脏的超声图像,可显示心脏结构的大小,运动和组成,还可以用于诊断心脏的各种异常,包括异常的房室大小,形状和先天性心脏病。超声心动图提供了心脏的重要形态和功能细节。提出的大多数自动心脏疾病识别系统都使用基于有缺陷的解剖区域检测的超声心动图。在本文中,我们介绍了一种通过超声心动图图像进行心脏几何形状检测的简单技术,该技术可克服这些边界并利用心脏结构的提示。为了证明这种技术的有效性,我们通过超声心动图图像的不同强度提出了用于心脏几何形状检测的结果。我们已经开发了一个简单的程序代码,用于使用超声心动图图像的不同强度来预测心脏的几何形状。使用此代码,用户可以生成节点或点,以检测心脏的几何形状,如心室和心房的大小,形状和位置。

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