DDLSim-Lab Research groupe
Fiscal Host: Open Source Collective
An independent, open-source research initiative focused on high-fidelity deterministic networking, edge-cloud latency benchmarking, and advanced eBPF telemetry
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News from DDLSim-Lab Research groupe
Updates on our activities and progress.
Expanding to Europe: Research Collaboration with INRIA's R2lab (France)
Hello community, Following our recent integration with the ORBIT/COSMOS testbed in the US, we are excited to share our progress on the European front! DDLSim-Lab is actively utilizing INRIA’s R2lab infrast...
Published on April 15, 2026 by Kaitlyn Brishae Truby
Announcing Our Research Collaboration: ORBIT/COSMOS Testbed (Rutgers University)
Hello everyone, We are thrilled to announce a major milestone for the DDLSim-Lab project! We have officially been vetted and granted research access to the ORBIT/COSMOS testbed, hosted by ...
Published on April 15, 2026 by Kaitlyn Brishae Truby
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Welcome to DDLSim-Lab Discussions: Let's Talk Deterministic Networking!
Published on April 15, 2026 by Kaitlyn Brishae Truby
Welcome to our Open Collective community space! As we expand our high-fidelity deterministic networking benchmarks across platforms like ORBIT/COSMOS and INRIA R2lab, we want to use this space to foster open scientific disc...
About
DDLSim-Lab is an independent, open-source research initiative dedicated to advancing high-fidelity deterministic networking. Led by an international team of researchers, we focus on producing rigorous, peer-verified data for the networking and distributed systems community.
Our Mission
Our primary research focuses on microsecond-level latency benchmarking across the edge-cloud continuum. By leveraging advanced eBPF and XDP telemetry, we aim to eliminate virtualization overhead and provide precise, reproducible networking metrics.
Why Open Collective?
"Open Science requires transparent and open infrastructure."
We use Open Collective to maintain 100% financial transparency. Any sponsorships or funds raised here go directly toward:
- Securing bare-metal server access for high-precision testing.
- Covering High-Performance Computing (HPC) allocations across global testbeds.
- Sustaining our open-access datasets and research documentation for the global community.
Official Links & Verification
To verify our academic footprint and technical progress, please visit our official resources:
- Project Guide: https://ktruby-oss.github.io/DDLSIM/
- Verified Dataset (Zenodo DOI): https://doi.org/10.5281/zenodo.19311889
- GitHub Repository: https://github.com/ktruby-oss/DDLSim-Lab
- Research Paper: https://www.academia.edu/165368850/DDLSim_Lab
Our team
Kaitlyn Brish...
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