Abstract
Traditional cardiovascular ultrasound detection using focused ultrasound can cause a decrease in frame rate, which affects the results of the diagnosis. In order to improve the effect of cardiovascular ultrasound detection, this study used ultrasound vector blood flow imaging technology to improve the image frame rate and introduce planar high frame rate imaging technology. Simultaneously, this work studies the parameters of the image through parameter analysis and combines the advantages of various methods to improve the analysis. In addition, this work proposes a high frame rate blood flow imaging method, and designs simulation experiments to analyse the effectiveness of the method. The results show that the proposed algorithm has a certain effect in two-dimensional vector blood flow imaging, which can be applied to clinical practice, and can provide theoretical reference for subsequent related research.
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