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Image Reconstruction Techniques for Compton Scattering Based Imaging: An Overview [Compton Based Image Reconstruction Approaches]

机译:基于康普顿散射成像的图像重建技术:概述[基于康普顿的图像重建方法]

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摘要

In recent years, more and more detector systems utilizing Compton scattering effect to detect gamma rays have been developed due to their potential for improved image sensitivity. However, the standard non-electron-tracking Compton based detectors can restrict the origin of the photon only to a cone. Therefore, one key challenge in the data analysis process is the reconstruction of the source distribution, from the measured data. Several different techniques have been developed, ranging from basic back-projections, iterative maximum likelihood and Bayesian techniques, as well as stochastic and analytic methods. This paper reviews the existing image reconstruction techniques developed for Compton imaging, their basic approach, their application areas, their restrictions and difficulties.
机译:近年来,由于利用康普顿散射效应检测伽马射线的潜力提高了图像灵敏度,因此越来越多的检测器系统得到了发展。但是,基于标准的基于Compton的非电子跟踪检测器只能将光子的起源限制为圆锥形。因此,数据分析过程中的一个关键挑战是根据测量数据重建源分布。已经开发了几种不同的技术,范围从基本的反投影,迭代最大似然法和贝叶斯技术,以及随机和解析方法。本文回顾了为康普顿成像开发的现有图像重建技术,其基本方法,其应用领域,限制和困难。

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