Alexej Grigorjew
Publication record assembled from the DBLP archive of ranked conferences.
Papers indexed
10
Venues
6
Active years
2019–2025
Best venue rank
A*
Where they publish
Papers
10 indexed papers, newest first.
| Year | Venue | Title | Authors |
|---|---|---|---|
| 2025 | CNSM | LCDN: Providing Network Determinism with Low-Cost Switches. | Philip Diederich, Yash Deshpande, Laura Becker, David Raunecker, Alexej Grigorjew, Tobias Hofeld, Wolfgang Kellerer |
| 2025 | SIGCOMM | TSN Reservation Framework for Legacy Apps - Signaling, Shaping, Monitoring, and Measuring. | Alexej Grigorjew, Tobias Hofeld, David Hock, Fabian Lipp |
| 2024 | CNSM | Centralized vs. Decentralized: A Hybrid Performance Model of the TSN Resource Allocation Protocol. | David Raunecker, Stefan Geissler, Alexej Grigorjew, Philip Diederich, Wolfgang Kellerer, Tobias Hossfeld |
| 2024 | NetSoft | The Effects of Topologies on the Performance of Real-Time Networks. | Philip Diederich, Alexej Grigorjew, Stefan Geiler, Tobias Hofeld, Wolfgang Kellerer |
| 2023 | RTNS | On the Validity of Credit-Based Shaper Delay Guarantees in Decentralized Reservation Protocols. | Lisa Maile, Dominik Voitlein, Alexej Grigorjew, Kai-Steffen Jens Hielscher, Reinhard German |
| 2022 | Networking | Constant Delay Switching: Asynchronous Traffic Shaping with Jitter Control. | Alexej Grigorjew, Florian Metzger, Tobias Hofeld, Johannes Specht, Franz-Josef Gtz, Feng Chen, Jrgen Schmitt |
| 2021 | IM | ML-Assisted Latency Assignments in Time-Sensitive Networking. | Alexej Grigorjew, Michael Seufert, Nikolas Wehner, Jan Hofmann, Tobias Hofeld |
| 2021 | Networking | Dynamic Real-Time Stream Reservation with TAS and Shared Time Windows. | Alexej Grigorjew, Nicholas Gray, Tobias Hofeld |
| 2020 | Networking | Poster: Per-Hop Bridge-Local Latency Bounds with Strict Priority Transmission Selection. | Alexej Grigorjew, Florian Metzger, Tobias Hofeld, Johannes Specht, Franz-Josef Gtz, Feng Chen, Jrgen Schmitt |
| 2019 | IM | Highlighting the Gap Between Expected and Actual Behavior in P4-enabled Networks. | Nicholas Gray, Alexej Grigorjew, Tobias Hofeld, Apoorv Shukla, Thomas Zinner |