A Method for Direct Inversion of 3D Dose Based on EPID

Jie-gu Li, Jun Zhang, Junhai Wen
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Abstract

Radiotherapy is one of the important methods for the clinical treatment of tumors. A large number of tumor patients need to receive radiotherapy every year. However, radiation not only kills tumor cells but also causes damage to normal tissues during the treatment. To control the additional damage and ensure the treatment effect, it is necessary to verify and calibrate the absorbed dose of the patient. This paper proposes a new 3D dose reconstruction method based on EPID data, which can verify the radiation dose more accurately and quickly.Our method uses the idea of projection reconstruction and directly deduces the corresponding dose distribution from EPID data and CT images of the phantom. Experiments show that the method in this paper has short calculation time, good reconstruction accuracy, and high practicability.
基于EPID的三维剂量直接反演方法
放射治疗是临床治疗肿瘤的重要手段之一。每年都有大量的肿瘤患者需要接受放疗。然而,在治疗过程中,辐射不仅会杀死肿瘤细胞,还会对正常组织造成损害。为了控制附加损伤,保证治疗效果,有必要对患者的吸收剂量进行验证和校准。本文提出了一种新的基于EPID数据的三维剂量重建方法,可以更加准确、快速地验证辐射剂量。我们的方法采用投影重建的思想,直接从EPID数据和幻体的CT图像中推导出相应的剂量分布。实验表明,该方法计算时间短,重构精度高,实用性强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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