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Exploitation of Combined Scalability in Scalable H.264/AVC Bitstreams by Using an MPEG-21 XML-Driven Framework., , , , и . ACIVS, том 4678 из Lecture Notes in Computer Science, стр. 699-710. Springer, (2007)SNR Scalability in H.264/AVC Using Data Partitioning., , , , и . PCM, том 4261 из Lecture Notes in Computer Science, стр. 329-338. Springer, (2006)VITEQ: A generic framework for no-reference quality evaluation of video testimonials., , , , и . QoMEX, стр. 33-34. IEEE, (2012)AFRESh: an adaptive framework for compression of reads and assembled sequences with random access functionality., , , и . Bioinform., 33 (10): 1464-1472 (2017)SpliceRover: interpretable convolutional neural networks for improved splice site prediction., , , , , и . Bioinform., 34 (24): 4180-4188 (2018)AQUa: an adaptive framework for compression of sequencing quality scores with random access functionality., , , и . Bioinform., 34 (3): 425-433 (2018)Full-Reference Video Quality Metric for Fully Scalable and Mobile SVC Content., , , , и . IEEE Trans. Broadcast., 56 (3): 269-280 (2010)Improved BSDL-based content adaptation for JPEG 2000 and HD Photo (JPEG XR)., , , , и . Signal Process. Image Commun., 24 (6): 452-467 (2009)Towards Abdominal 3-D Scene Rendering from Laparoscopy Surgical Videos Using NeRFs., , , , , и . MLMI@MICCAI (1), том 14348 из Lecture Notes in Computer Science, стр. 83-93. Springer, (2023)Parallel deblocking filtering in H.264/AVC using multiple CPUs and GPUs., , , , , и . ACM Multimedia, стр. 1013-1016. ACM, (2012)