立体x射线成像几何测量精度的实验验证

S. Miroshnychenko, E. Volkov
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引用次数: 0

摘要

x射线立体成像是一种即将到来的医学成像技术,以比计算机断层扫描或断层合成低得多的剂量提供3D观察患者组织。立体成像的主要发展方向之一是对患者组织和病理的几何测量。这种测量对于监测治疗的动态是必要的。但立体x射线成像的测量是基于想象的立体模型。因此,在训练过程中需要一种客观控制操作员动作的方法或确定这种立体x射线系统的测量误差。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental verification of geometric measurement accuracy for stereo X-ray imaging
X-ray stereo imaging is a upcoming medical imaging technology, offering 3D observational patient tissue at significantly lower doses than computed tomography or tomosynthesis. One of the main development direction for stereo imaging is geometrical measurement of patients tissues and pathologies. Such measurements are necessary to monitor the dynamics of the treatment. But measurement in stereo X-ray imaging is based on imagined stereo model. Thus there is a need for a method of objective control operator's action during the training or to determine the measurement errors in such Stereo X-ray systems.
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