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Optical Diffuse Tomography: Fast Trajectory Algorithm of Reconstruction

机译:光学漫射层析成像:快速轨迹重建算法

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摘要

The paper is devoted to the problems of design of reconstruction algorithms for optical diffuse tomography (ODT). To reconstruct tissue optical inhomogeneities, a new method based on a concept of an average statistical trajectory for transfer of light energy (photon average trajectory, PAT) is proposed. Several analogies of curvilinear PAT in strongly scattering media with the usual optics rays are presented. It is shown that the PAT method is convenient for the time-domain optical diffuse tomography as well as for the frequency-domain one. The use of the trajectory approach opens promising opportunities for the increasing of the spatial resolution using methods designed in the convenient optics.
机译:本文致力于光学扩散层析成像(ODT)重建算法的设计问题。为了重建组织光学不均匀性,提出了一种基于平均统计轨迹的概念来传输光能的新方法(光子平均轨迹,PAT)。提出了几种在强散射介质中使用常规光学射线的曲线PAT的类比。结果表明,PAT方法既适用于时域光学漫射层析成像,又适用于频域层析成像。轨迹方法的使用为使用方便光学器件中设计的方法提高空间分辨率打开了广阔的机遇。

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