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Assessing Visibility of Individual Transmission Errors in Networked Video.

, and . HVEI, page 1-8. Society for Imaging Science and Technology, (2016)

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Modeling the color image and video quality on liquid crystal displays with backlight dimming., , , and . VCIP, page 1-6. IEEE, (2013)Investigating subjective attributes of quality for videos displayed with local backlight dimming., , , , and . QoMEX, page 202-207. IEEE, (2014)How bright should a virtual object be to appear opaque in optical see-through AR?, , , , and . ISMAR, page 676-684. IEEE, (2022)Modeling the Subjective Quality of Highly Contrasted Videos Displayed on LCD With Local Backlight Dimming., , , , and . IEEE Trans. Image Process., 24 (2): 573-582 (2015)Flicker reduction in LED-LCDs with local backlight., , , and . MMSP, page 312-316. IEEE, (2013)Reducing the duration of paired-comparison experiments for visual quality assessment., , and . QoMEX, page 50-51. IEEE, (2013)No Reference Prediction of Quality Metrics for H.264 Compressed Infrared Image Sequences for UAV Applications., , and . IQSP, Society for Imaging Science and Technology, (2018)Subjective quality of video sequences rendered on LCD with local backlight dimming at different lighting conditions., , , , , and . IQSP, volume 9396 of SPIE Proceedings, page 93960S. SPIE, (2015)Measurement of compression-induced temporal artifacts in subjective and objective video quality assessment., , and . Human Vision and Electronic Imaging, volume 7865 of SPIE Proceedings, page 78650M. SPIE/IS&T, (2011)No-reference prediction of quality metrics for H.264-compressed infrared sequences for unmanned aerial vehicle applications., , and . J. Electronic Imaging, 28 (4): 043012 (2019)