Bland and Altman analysis: Machine performance check output

Aime M. Gloi, Vladimir Stankovich, Benjamin Rodriguez, Stanley Mayas
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Abstract

Background: The aim of this study was to evaluate the variation in the daily output of a linac Varian Edge TrueBeam over a month, using a Daily QA3 (QA3) and machine performance check (MPC), after Task Group 51protocol and baseline data had been established. Methods and Materials: The daily output data were collected for all photons (6, 10 MV, and 6, 10 FFF) and electrons (6, 9, 12, and 15 MeV) energies. A Bland-Altman-Plot and intraclass correlation coefficients were used to assess agreement and reliability. Results: MPC data showed small random deviations of ≤ 2% and agreed with the QA3 measurements. The maximum mean absolute difference between the QA3 and MPC data was observed with 6 MeV (0.5633), with limits of agreement of (−0.5392–1.6658). Conclusion: These results suggest that MPC data closely track QA3 data and that the two forms are interchangeable
布兰德和奥特曼分析:机器性能检查输出
背景:本研究的目的是在任务组51协议和基线数据建立后,使用每日QA3 (QA3)和机器性能检查(MPC)评估直线瓦里安边缘TrueBeam一个月的日产量变化。方法和材料:收集所有光子(6,10 MV和6,10 FFF)和电子(6,9,12和15 MeV)能量的每日输出数据。使用Bland-Altman-Plot和类内相关系数来评估一致性和可靠性。结果:MPC数据随机偏差较小,≤2%,与QA3测量值一致。QA3和MPC数据的最大平均绝对差值为6 MeV(0.5633),一致性限为(- 0.5392-1.6658)。结论:这些结果表明MPC数据与QA3数据密切相关,两种形式是可互换的
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