压力下的数字病理显示:跨市场等级的基准性能。

Stefano Marletta, Alessandro Caputo, Gabriele Guidi, Liron Pantanowitz, Fabio Pagni, Iacopo Bavieri, Vincenzo L'Imperio, Matteo Brunelli, Angelo Paolo Dei Tos, Albino Eccher
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引用次数: 0

摘要

数字病理学(DP)通过数字化病理玻片改变了病理学实践,从而提高了诊断能力。与放射学相比,比较DP监测器效率的研究是有限的。这项工作使用了一个压力测试,模拟DP签出在实践中,以评估医疗级(MG)和消费者现货(COTS)显示器的性能。四个显示器,包括三个MG和一个COTS,评估亮度,对比度,精度和图像均匀性。关键指标,如亮度均匀性和最大亮度,在1个月的时间内进行评估,模拟使用以反映8小时的工作日。MG显示器在关键参数上优于COTS,尽管消费者显示器在诊断目的上令人满意。图像均匀性表现出最显著的变化,在测试期间,所有显示器的劣化率均超过2.5%。本研究比较了不同类型的DP显示器,并强调了在使用DP时定期校准以保持显示器性能的重要性。建议进一步研究确定验证协议,包括显示老化对DP精度的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital Pathology Displays Under Pressure: Benchmarking Performance Across Market Grades.

Digital pathology (DP) has transformed the practice of pathology by digitizing pathology glass slides, thereby enhancing diagnostic capabilities. In contrast to radiology, studies comparing the efficiency of DP monitors are limited. This work used a stress test that simulated DP sign-out in practice to evaluate the performance of medical-grade (MG) and consumer off-the-shelf (COTS) displays. Four displays, including three MG and one COTS, were assessed for luminance, contrast ratio, accuracy, and image uniformity. Key metrics, such as luminance uniformity and maximum brightness, were evaluated during a 1-month period that simulated use to reflect an 8-h work day. MG displays outperformed COTS in critical parameters, even though consumer displays were satisfactory for diagnostic purposes. Image uniformity exhibited the most significant variations, with deterioration noted over 2.5% for all displays during the test period. This study compared different types of displays for DP and highlights the importance of regular calibration for maintaining display performance when using DP. Further research is recommended to define validation protocols, including the impact of display aging on DP accuracy.

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