Impact of Simulation on MRI Physicists

Hamad Bouzreda, Mohamed Mohsen, Hatem Musa
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Abstract

MRI is a very complex imaging modality in radiography. Although some simulators have been developed for training purposes, we are not sure about any of them. In this research, we tried to measure the performance of different simulations for educational purposes and then quantitatively evaluate them. With this paper, our study deals with an evaluative review of previous studies related to MRI simulators, which are designed to perform specific functions to help the medical engineer managing radiographic operations to better learn the theoretical and practical concepts of MRI from others. Traditional education, which is a method based on reviewing previous studies, searching for strengths and weaknesses in simulators and possible alternatives to them, and then providing recommendations for future studies that can be conducted to switch to packaging simulation programs, which are virtual laboratories that we hope will be the most efficient simulation devices and models used. Currently in MRI engineer qualification.
模拟对MRI物理学家的影响
MRI是放射学中一种非常复杂的成像方式。虽然已经开发了一些用于训练目的的模拟器,但我们对它们中的任何一个都不确定。在这项研究中,我们试图衡量不同的模拟教育目的的性能,然后定量评估它们。在这篇论文中,我们的研究是对以往与MRI模拟器相关的研究进行评估性回顾,这些模拟器旨在执行特定的功能,帮助医学工程师管理放射术,更好地从其他人那里学习MRI的理论和实践概念。传统教育是一种基于回顾以往研究的方法,寻找模拟器的优缺点和可能的替代方案,然后为未来的研究提供建议,这些研究可以转向包装仿真程序,我们希望虚拟实验室将成为最有效的仿真设备和模型。目前在核磁共振工程师资格。
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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