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Research on Data Optimization of CT System for Patients with Severe Pneumonia Based on Filtered Back Projection and Internet of Things

机译:基于滤波后投影的严重肺炎患者CT系统数据优化研究

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CT technology can clearly and intuitively display the internal structure, composition, material, and defect status of the detected object under the condition of no damage to the detected object. This paper is based on the filtering back projection and the Internet of Things technology to carry out the data optimization of the CT system of patients with severe pneumonia. First of all, the Internet of Things technology is used in the structural design and operation process of the CT system for patients with severe pneumonia, which improves the advancement and convenience of the original system. Secondly, the system data is optimized through the filtering back projection algorithm, which improves the data accuracy and transmission efficiency. Finally, simulation tests have verified the effectiveness of the established CT system data optimization method for patients with severe pneumonia, which is helpful for medical comparison, analysis, and diagnosis.
机译:CT技术可以清楚地直观地显示检测到的物体的内部结构,组成,材料和缺陷状态,在没有损坏的对象的情况下。 本文基于滤波后投影和物联网技术,开展严重肺炎患者CT系统的数据优化。 首先,物联网技术用于严重肺炎患者CT系统的结构设计和操作过程中,这提高了原始系统的进步和方便。 其次,通过滤波后投影算法优化系统数据,从而提高了数据精度和传输效率。 最后,仿真试验已经验证了成熟的CT系统数据优化方法对严重肺炎的患者的有效性,这有助于医学比较,分析和诊断。

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