Demystifying Occupational Stress and Fatigue Through the Creation of an Adaptive End-User Profiling System

Reiner, Bruce I.; Krupiński, Elizabeth A.

doi:10.1007/s10278-011-9441-7

Cited by 13 publications

(7 citation statements)

References 16 publications

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“…Lastly, to support cognitive-behavioral strategies at work, application of technology has been advocated since it can provide solutions to mitigate the consequences of fatigue (Dawson et al, 2017; Caldwell et al, 2019). Specific to clinical work, technological advances promise various benefits beyond mere measurement of fatigue such as real-time assessments as well as customization to specific users (i.e., specific to individual needs and states, or creation of individual profiles; Reiner and Krupinski, 2012). Traditionally, technological countermeasures have been suggested that intervene in fatigue-prone decisions or detect potential hazards associated with fatigue (i.e., warnings, automation).…”

Section: Cognitive-behavioral Strategies As Countermeasures Of Time-omentioning

confidence: 99%

An Integrated Literature Review of Time-on-Task Effects With a Pragmatic Framework for Understanding and Improving Decision-Making in Multidisciplinary Oncology Team Meetings

et al. 2019

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Section: Cognitive-behavioral Strategies As Countermeasures Of Time-omentioning

confidence: 99%

An Integrated Literature Review of Time-on-Task Effects With a Pragmatic Framework for Understanding and Improving Decision-Making in Multidisciplinary Oncology Team Meetings

et al. 2019

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“…There is a significant need, and indeed an urgent call, to address fatigue and errors caused by fatigue in radiology. [18][19][20][21][22][23] Clearly fatigue can be addressed in a variety of ways, and optimizing the reading environment and the tools used to interpret images is a fundamental and very direct way to do so. With film, the "bright light" was used only when necessary to increase the visibility of subtle structures and potential lesions.…”

Section: Summary and Discussionmentioning

confidence: 99%

Increasing display luminance as a means to enhance interpretation accuracy and efficiency when reducing full-field digital mammography dose

Krupiński

2018

J. Med. Imag.

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Reducing dose increases noise impacting image quality but can be offset by increasing display luminance. Two contrast detail mammography images were obtained at 26 kV and the same distance between detectors, at 45 and 50 mAs resulting in entrance surface doses of 7.09 and 7.88 mGy, respectively. They were processed to make average gray level of the background independent of the dose level while maintaining original SNR. Eight radiologists viewed the images at 420, , and SpotView™ a tool that resulted in an average display luminance of . Percent correct (PC) for all three luminances was higher for high versus low dose. Performance was always higher with high dose no matter what the luminance. For low dose, PC was highest with SpotView™, and SpotView™ and were significantly higher than . At high dose, SpotView™ PC was significantly higher than both lower luminances. Average time per image was lower in high dose, and, at both doses, time decreased as luminance increased, with SpotView™ having significantly shorter times. Increasing luminance from 420 to significantly increases target detection by and with SpotView™ by . Increasing display luminance with SpotView™ significantly decreases reading time by 16.0%.

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“…Similar to the trends we are seeing in personalized or tailored medicine, perhaps the idea of end-user profiling in medical imaging may be what lies ahead using human factors principles to design viewing systems and take into account the uniqueness of each individual end-user [ 95 , 96 ]. Medical imaging specialists differ from each other in a variety of ways, including their clinical experience, education, training, demographics, and specific job requirements.…”

Section: Discussionmentioning

confidence: 99%

Human Factors and Human-Computer Considerations in Teleradiology and Telepathology

Krupiński

2014

Healthcare

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Radiology and pathology are unique among other clinical specialties that incorporate telemedicine technologies into clinical practice, as, for the most part in traditional practice, there are few or no direct patient encounters. The majority of teleradiology and telepathology involves viewing images, which is exactly what occurs without the “tele” component. The images used are generally quite large, require dedicated displays and software for viewing, and present challenges to the clinician who must navigate through the presented data to render a diagnostic decision or interpretation. This digital viewing environment is very different from the more traditional reading environment (i.e., film and microscopy), necessitating a new look at how to optimize reading environments and address human factors issues. This paper will review some of the key components that need to be optimized for effective and efficient practice of teleradiology and telepathology using traditional workstations as well as some of the newer mobile viewing applications.

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Demystifying Occupational Stress and Fatigue Through the Creation of an Adaptive End-User Profiling System

Cited by 13 publications

References 16 publications

An Integrated Literature Review of Time-on-Task Effects With a Pragmatic Framework for Understanding and Improving Decision-Making in Multidisciplinary Oncology Team Meetings

An Integrated Literature Review of Time-on-Task Effects With a Pragmatic Framework for Understanding and Improving Decision-Making in Multidisciplinary Oncology Team Meetings

Increasing display luminance as a means to enhance interpretation accuracy and efficiency when reducing full-field digital mammography dose

Human Factors and Human-Computer Considerations in Teleradiology and Telepathology

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