MAE: More Adaptive Video Encoder for Consistent Low Latency in High-Quality Real-Time...
summary
Claims a practical encoder-side fix: MAE tunes encoder internal parameters with a dynamic virtual buffer size and probes congestion-control internals to preempt bandwidth drops. Implementation requires no encoder, CC, or protocol changes and is CCA-agnostic. Emulation and real-world tests show MAE cuts stall rate by 86.2%, costs ≤4% bandwidth, and yields an 11% quality gain versus no-overshoot baselines; encoder-side delays dominate adaptation (≈77%) and commercial encoders may take >200 ms to react.
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chapters (8)
- 0:00MAE and latency challenges
- 2:06Real-time pipelines
- 4:11Encoders bottleneck
- 7:46Virtual buffers for quality/latency
- 9:13Dynamic buffer sizing
- 11:02Congestion control for adaptation
- 13:55MAE performance results
- 15:20Key takeaways
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