This is a specialized variant of the
QUIC Interop Runner. Usually it is used to test the interoperability of
QUIC
implementations. Here we exploit the great work of
Marten Seemann
to run satellite measurements on all of these client and server
implementations.
The QUIC Interop Runner - Satellite Edition is not maintained anymore, but feel free to contact the authors listed in the paper.
There are two relevant branches:
A heavily enhanced Interop Runner used to present the results in the paper and on this website.
A simplified fork, which is close the original (and still maintained) Interop Runner. This was used to run and present automated tests but is not available anymore due to a lack of resources.
This work has been supported by the BMWi on the basis of a decision by the German Bundestag. It is part of the QUICSAT project.
Thanks Sebastian for the incredible work!
The satellite link emulation uses
this
ns-3 scenario. Parameters are:
T / terrestrial
SAT / sat
SATL / satloss
File Size
10 MiB
10 MiB
10 MiB
RTT
20 Mbps (symmetric)
20 Mbps (forward link) / 2 Mbps (return link)
20 Mbps (forward link) / 2 Mbps (return link)
Loss Rate
0 %
0 %
1 % (uniform random)
The efficiency is calculated as goodput / link data rate.
In the following tables, results for
client implementations are shown
horizontally, results for
server implementations are shown vertically.
The results were obtained with QUIC version
.
Results Filter
Client:
Server:
Test:
Interop Status
The Interop Status is the focus of the original Interop Runner, but less important for our Performance Measurements. There is only the Long RTT (LR) test and some logs files are missing.