Gaze-Driven Video Delivery: Science Fiction or Viable Link to the Metaverse?
summary
Gaze-driven delivery claims up to 500x pixel reduction for displays and even up to 8000x reduction for VR by encoding a 1° foveal patch instead of full frames, but derives a concrete delay–savings equation: 33 ms → ~3° ROI, 66 ms → ~5° ROI, 500 ms → ~31° (no gain). Practical system uses device-to-gateway last-link with tile-based streaming plus a low-res full-frame base layer, requires ~30–60 ms round‑trip, frame rates ≫60 fps, no buffering or retransmits, and therefore only works locally rather than across long-haul networks.
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chapters (10)
- 0:00Gaze-driven video delivery intro
- 1:12Gerald's 1988 vision
- 1:55Human vision principles
- 5:01Pixel reduction potential
- 7:08Latency impact on gaze tracking
- 10:19Delay thresholds for viability
- 12:29Low-latency system constraints
- 13:54Pragmatic system architecture
- 16:39Metaverse potential
- 17:47Summary
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