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PreviousShort SummariesNextSalsify: Low-Latency Network Video through Tighter Integration between a Video Codec and a Transport
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- Al-Fares et al., SIGCOMM '08
Anuj Kalia's provides a good overview of emerging network hardware/technology
- Mitchell et al., ATC '13
- Dragojević et al., NSDI '14
- Kalia et al., ATC '16
- Mittal et al., SIGCOMM '18
- Kalia et al., NSDI '19
- Kim et al., NSDI '19
- Rizzo ATC '12
- Belay et al., OSDI '14
- Peter et al., OSDI '14
- Jeong et al., NSDI' 14
- Cai et al., SIGCOMM '21
Discussed what the in-network computing should be used for
Automattically partitions an input software middlebox into a P4 program that runs on a programmable switch and an x86 non-offloaded program that runs on a regular server
Allows NFs on programmable switches to look up large virtual address built on external DRAM.
Key ideas: RDMA + bounded linear probing
Proposes a tightly coupled codec and transport protocol
Exploits its codec's ability to save and restore its internal state
Three options when sending the next frame(lower quality frame/higher quality frame/skip)
Never send a frame unless the network is ready
Retransmit low-quality frames during high bandwidth period to improve QoE for delayed viewers
- Liu et al., ASPLOS '17
- Jin et al., SOSP '17
- Jin et al., NSDI '18
- Ming et al., SIGCOMM '19
- Ming et al., ATC '19
- Ports et al., HotOS' 19
- OSDI' 20
- Zhang et al., SIGCOMM '20
- Kim et al., SIGCOMM '20
- Sapio et al., NSDI '21
- Lao et al., NSDI '21
- Jiang et al., CoNEXT '12
- Huang et al., SIGCOMM '14
- Mao et al., SIGCOMM '17
- Fouladi et al., NSDI '18
- Yeo et al., OSDI '18
- Ray et al., SIGCOMM '19
- Yan et al., NSDI' 20
- Kim et al., SIGCOMM '20
- Clark SIGCOMM '88
- Feamster et al., CCR '14