Abstract
The early prediction of the response to treatment using quantitative imaging holds great promise for streamlining the development, assessment, approval and personalization of new therapies. However, to realize this potential, quantitative radiology needs to develop an understanding of several limitations that might hinder the application of quantitation tools and techniques. Among these limitations, the fidelity of the display device used to interpret the image data is a significant factor that affects the accuracy and precision of quantitative visual tasks, particularly those involving large, volumetric, multi-dimensional and multi-modality image sets. This paper reviews several aspects of display performance and display image quality that are likely to contribute negatively to the robustness of quantitative imaging methods. Display characteristics that will be addressed include the grayscale and color performance of different classes of display devices, the angular distribution of the emissions of liquid crystal technologies, and the temporal response for stack mode viewing. The paper will also summarize current efforts for the metrology, standardization and image quality assessment methods for display devices.:
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