Sensitivity Matrix Reconstruction in Ultrasound Transmission Tomography Using Singular Value Decomposition

Bartosz Przysucha, D. Wójcik, T. Rymarczyk, Bartłomiej Baran, K. Król
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Abstract

The main purpose of this paper is to present a method for determining the approximation of the sensitivity matrix in a computed tomography problem. A method based on multiply regression and singular value decomposition was proposed. The study was carried out on 5000 simulated cases for ultrasound tomography. The authors first checked the reconstruction quality obtained by the proposed method. Then these results were compared with reconstructions obtained using the elastic net method. The reconstruction times obtained by the different methods were also examined. The analyses conducted in the paper showed that the proposed method is much faster than the Elastic net method, while the reconstruction quality is comparable.
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基于奇异值分解的超声透射断层成像灵敏度矩阵重构
本文的主要目的是提出一种在计算机断层扫描问题中确定灵敏度矩阵近似的方法。提出了一种基于多元回归和奇异值分解的方法。本研究在5000例模拟超声断层扫描病例中进行。作者首先对所提方法得到的重建质量进行了检验。然后将所得结果与弹性网法重建结果进行比较。并对不同方法得到的重建时间进行了检验。本文的分析表明,该方法比弹性网方法快得多,重建质量相当。
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