首页> 外文会议>IEEE Ultrasonics Symposium >STATISTICAL MODELING OF THE RADIO-FREQUENCY SIGNAL IN ECHOCARDIOGRAPHIC IMAGES USING MODIFIED K-DISTRIBUTION AND GENERALIZED GENERALIZED GAUSSIAN DISTRIBUTION
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STATISTICAL MODELING OF THE RADIO-FREQUENCY SIGNAL IN ECHOCARDIOGRAPHIC IMAGES USING MODIFIED K-DISTRIBUTION AND GENERALIZED GENERALIZED GAUSSIAN DISTRIBUTION

机译:使用改进的k分布和广义推广高斯分布的超声心动图中射频信号的统计建模

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We study in this work the statistics of the radio frequency (RF) signal for both fully and partially developed speckle in echocardiographic images in the context of image segmentation and classification. From physical image formation model, we first derive the probability density function (pdf) of the RF signal using the K distribution framework. We then show that this pdf may be reliably approximated through a Generalized Gaussian distribution. The ability of the proposed distribution to model RF echographic signals from cardiac tissue and blood regions is demonstrated on data acquired in vivo.
机译:在图像分割和分类的背景下,我们研究了射频(RF)信号的统计信息(RF)信号的统计数据,在超声心动图中,在超声心动图中,在图像分割和分类的背景下。从物理图像形成模型,我们首先使用K分布框架推导RF信号的概率密度函数(PDF)。然后,我们表明该PDF可以通过广义高斯分布可靠地近似。提出分布从心脏组织和血液区域模拟RF回声信号的能力在体内获得的数据上证明。

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