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- 01HHYGBFNGA09R1NQDPW0ZAGPR classification C1.
- 01HHYGBFNGA09R1NQDPW0ZAGPR date "2023".
- 01HHYGBFNGA09R1NQDPW0ZAGPR language "eng".
- 01HHYGBFNGA09R1NQDPW0ZAGPR type conference.
- 01HHYGBFNGA09R1NQDPW0ZAGPR hasPart 01HHYGDNKZ0HSDYBB5GP8TVEW5.pdf.
- 01HHYGBFNGA09R1NQDPW0ZAGPR hasPart 01HND0C8PH4TQ9P5DF7X4C6SZD.pdf.
- 01HHYGBFNGA09R1NQDPW0ZAGPR subject "Technology and Engineering".
- 01HHYGBFNGA09R1NQDPW0ZAGPR doi "10.1109/VCIP59821.2023.10402720".
- 01HHYGBFNGA09R1NQDPW0ZAGPR isbn "9798350359855".
- 01HHYGBFNGA09R1NQDPW0ZAGPR issn "2642-9357".
- 01HHYGBFNGA09R1NQDPW0ZAGPR presentedAt urn:uuid:e3a73773-c052-413e-b2eb-b9131a819539.
- 01HHYGBFNGA09R1NQDPW0ZAGPR abstract "Applications providing ultra-low-latency video streaming to large audiences require fast and efficient packet-loss repair. Previous methods utilizing keyframe injection (such as the High Efficiency Streaming Protocol) have a low impact on the repaired stream quality, but at a cost of a significant bitrate spike during repair. In this paper, we propose injecting P-frames for packet-loss repair of ultra-low-latency streaming. We implemented (open-source) and evaluated our approach in both H.265/HEVC and H.266/VVC standards. Through extensive evaluations, we demonstrate that the proposed solution significantly reduces bitrate overhead while maintaining a similar or lower decrease in quality compared to existing packet-loss-repair techniques. Overall, the proposed approach offers a promising solution to ensure reliable packet-loss recovery, efficient resource utilization, and a high-quality streaming experience.".
- 01HHYGBFNGA09R1NQDPW0ZAGPR author 35BCF514-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HHYGBFNGA09R1NQDPW0ZAGPR author F67712CC-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HHYGBFNGA09R1NQDPW0ZAGPR author FAF31990-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HHYGBFNGA09R1NQDPW0ZAGPR dateCreated "2023-12-18T13:02:57Z".
- 01HHYGBFNGA09R1NQDPW0ZAGPR dateModified "2024-10-29T18:29:36Z".
- 01HHYGBFNGA09R1NQDPW0ZAGPR name "P-frame injection for efficient packet-loss repair in ultra-low-latency video streaming".
- 01HHYGBFNGA09R1NQDPW0ZAGPR pagination urn:uuid:5e252493-ca2b-40c1-92e8-412fe592e3e8.
- 01HHYGBFNGA09R1NQDPW0ZAGPR publisher urn:uuid:a8c4876d-cb99-4bee-90e7-10fd260cdd67.
- 01HHYGBFNGA09R1NQDPW0ZAGPR sameAs LU-01HHYGBFNGA09R1NQDPW0ZAGPR.
- 01HHYGBFNGA09R1NQDPW0ZAGPR sourceOrganization urn:uuid:96a712da-518c-43ea-a054-7fe4c88ef699.
- 01HHYGBFNGA09R1NQDPW0ZAGPR sourceOrganization urn:uuid:c9f5beed-ab6f-40f5-95de-45dcc1d439ec.
- 01HHYGBFNGA09R1NQDPW0ZAGPR type C1.