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Subjective and Objective Quality Assessment of High-Motion Sports Videos at Low-Bitrates.

, , , , and . ICIP, page 521-525. IEEE, (2022)

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Subjective Assessment Of High Dynamic Range Videos Under Different Ambient Conditions., , , , , and . ICIP, page 786-790. IEEE, (2022)Subjective Test Environments: A Multifaceted Examination of Their Impact on Test Results., , , , , and . IMX, page 298-302. ACM, (2023)Subjective and Objective Video Quality Assessment of High Dynamic Range Sports Content., , , , and . WACV (Workshops), page 556-564. IEEE, (2023)A Multiresolution Framework for Stereoscopic Image Sequence Compression., , and . ICIP (2), page 361-365. IEEE Computer Society, (1994)Mesh-based depth map compression and transmission for real-time view-based rendering., , and . ICIP (2), page 237-240. IEEE, (2002)On The Benefit of Parameter-Driven Approaches for the Modeling and the Prediction of Satisfied User Ratio for Compressed Video., , , , and . ICIP, page 4213-4217. IEEE, (2022)HDR-ChipQA: No-reference quality assessment on High Dynamic Range videos., , , , , and . Signal Process. Image Commun., (2024)ZREC: Robust Recovery of Mean and Percentile Opinion Scores., , , , and . ICIP, page 2630-2634. IEEE, (2023)Towards Better Quality Assessment of High-Quality Videos., , , , and . QoEVMA @ ACM Multimedia, page 3-9. ACM, (2020)Dynamic frame-rate selection for live LBR video encoders using trial frames., , , and . ICME, page 817-820. IEEE Computer Society, (2008)