MOQ-n-Roll: Live Sports Watch Parties

Live sports watch parties must deliver broadcast content reliably while enabling low-latency group interaction. We address these conflicting requirements using MOQ Transport (MOQT) through a dual-pipe architecture. The context pipe carries the main program over reliable QUIC streams, enforcing a spoiler prevention model that keeps participants synchronized. The excitement pipe carries participant audio and video, selecting transport primitives by modality: unreliable datagrams minimize delay for independent audio frames, while multiplexed (reliable) streams with early discard preserve decoding order for video without accumulating latency.

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Publication Details

Published
2026-02-02
DOI
https://doi.org/10.1145/3789239.3793290
Primary Topic
Multimedia Communication and Technology
Type
article
Field-Weighted Citation Impact
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article

MOQ-n-Roll: Live Sports Watch Parties

Zafer Gürel, Ayse B. Demir, Mervegul Parlak, Ali C. Begen et al.
Multimedia Communication and Technology
article

MOQ-n-Roll: Live Sports Watch Parties

Zafer Gürel, Ayse B. Demir, Mervegul Parlak, Ali C. Begen, Burak Kara, Gwendal Simon
article en

Abstract

Live sports watch parties must deliver broadcast content reliably while enabling low-latency group interaction. We address these conflicting requirements using MOQ Transport (MOQT) through a dual-pipe architecture. The context pipe carries the main program over reliable QUIC streams, enforcing a spoiler prevention model that keeps participants synchronized. The excitement pipe carries participant audio and video, selecting transport primitives by modality: unreliable datagrams minimize delay for independent audio frames, while multiplexed (reliable) streams with early discard preserve decoding order for video without accumulating latency.

Özyeğin University (TR)
Openalex Percentile: Top 61%
Multimedia Communication and Technology
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