[bmwg] Re: I-D Action: draft-evens-moq-bench-00.txt

[Giuseppe Fioccola <[e-mail]>]

Hi Tim, Tomas, Scott,
Thank you for working on this document and thanks to Med who shared it with BMWG!
I had a look at it and I agree with the approach to mimic real-world use cases for MOQ Relay benchmarking.
However, I would improve the document structure by describing in more detail the test setup, the procedures and the reporting format. To guarantee the repeatability, I think that the test environment should be further specified.
But, since it is just a -00 version, maybe you already planned to improve it.

It would be great if you are available to present this work in BMWG too. This document is interesting considering that in BMWG we considering to revisit RFC 2544.

Regards,

Giuseppe

-----Original Message-----
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Sent: Tuesday, November 18, 2025 3:43 PM
To: bmwg <[e-mail]>
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Subject: [bmwg] TR: I-D Action: draft-evens-moq-bench-00.txt

Hi all, 

Sharing with the hope that will trigger some reviews/comments to share with the authors (cced) :-)

Cheers,
Med

-----Message d'origine-----
De : [e-mail] <[e-mail]> Envoyé : lundi 17 novembre 2025 20:55 À : [e-mail] Objet : I-D Action: draft-evens-moq-bench-00.txt

Internet-Draft draft-evens-moq-bench-00.txt is now available.

   Title:   Media over QUIC Relay Benchmark Methodology
   Authors: Tim Evens
            Tomas Rigaux
            Scott Henning
   Name:    draft-evens-moq-bench-00.txt
   Pages:   19
   Dates:   2025-11-17

Abstract:

   This document defines a comprehensive methodology for benchmarking
   Media over QUIC Transport (MOQT) relays to evaluate their performance
   under realistic conditions.  The methodology utilizes configurable
   test profiles that simulate common media streaming scenarios
   including audio-only distribution, combined audio-video streaming,
   and multi-participant conferencing environments.  The framework
   defines standardized message formats, synchronization mechanisms, and
   comprehensive metrics collection to ensure reproducible and
   comparable results across different relay implementations.  Test
   scenarios cover both (QUIC) datagram and stream forwarding modes,
   enabling evaluation of relay performance characteristics such as
   throughput, latency variance, object loss rates, and resource
   utilization.  The resulting benchmark data facilitates objective
   comparison and analysis of (MOQT) relay implementations, supporting
   informed deployment decisions and performance optimization efforts.

The IETF datatracker status page for this Internet-Draft is:
https://datatracker.ietf.org/doc/draft-evens-moq-bench/


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