Fabian Ihle, M.Sc.
Researcher & PhD Student
Telefon | +49 7071 29-70545 I am working from home sometimes. Please send me an email when you can't reach me on the phone. |
Telefax | +49 7071 29-5220 |
fabian.ihle@uni-tuebingen.de | |
Raum | B303 |
Anschrift | Lehrstuhl für Kommunikationsnetze Universität Tübingen Wilhelm-Schickard-Institut für Informatik Sand 13, 72076 Tübingen |
Timeline
2014 - 2017
Trainee Computer Science Expert Subject Area: System Integration
Hochschule für Wirtschaft und Umwelt Nürtingen Geislingen
2017 - 2023
Technical staff in IT security
Hochschule für Wirtschaft und Umwelt Nürtingen Geislingen
2018 - 2021
B.Sc. Computer Science
Graduated at University of Tübingen
2021 - 2023
M.Sc. Computer Science
Graduated at University of Tübingen
Since April 2023
PhD Student & Research assistant
Research assistant at the Department of Computer Science, Chair of Communication Networks, University of Tübingen
Teaching
Courses
Summer Term 2024
- Network Softwarization (Selected lectures on Data Plane Programming in P4)
- Grundlagen des Internets (Supervising)
Summer Term 2023
- Network Softwarization (Selected lectures on Data Plane Programming in P4)
Winter Term 2022/2023
- Team project: Implementing a DNS Server (Tutoring)
- Grundlagen des Internets (Tutoring)
Summer Term 2022
- Team project: Implementing a DNS Server (Tutoring)
Winter Term 2021/2022
- Team project: Implementing a DNS Server (Tutoring)
Summer Term 2021
- Team project: Implementing a DNS Server (Tutoring)
Summer Term 2020
- Grundlagen des Internets (Tutoring)
Summer Term 2019
- Grundlagen des Internets (Tutoring)
Supervised Theses and Student Research Projects
Ongoing
B.Sc. | Erweiterung des Verkehrsgenerators P4TG um automatisierte Testverfahren und Datenexport sowie Verbesserung der User Experience |
M.Sc. | Implementation and Performance Evaluation of Snabb-Based Service Functions to Provide Externs in P4-Based Network Softwarization |
M.Sc. | Development of a Snabb-Based Prototype for Packet-Based Hybrid Access and Performance Evaluation of Load Balancing Algorithms in Multi-Gigabit Networks |
Concluded
B.Sc. | Overview and Performance Evaluation of Selected Highspeed Packet Processing Technologies on Linux for x86 Architectures |
Project Work
ReCoPro
Resilient Communication with Programmable Hardware
Resilience is needed as the core property of the network infrastructure, from the Internet to the internet of things (IoT), from connected cars to complex cyber-physical systems (CPS) and resilience will be a primary research objective for the coming years. We expect that modern communication networks can deal with unknown and unforeseen events, both from within the network as well as from external sources. This requires a holistic view of the resilience problem, leading to appropriate and easy-to-handle solutions. Resilience evidently cuts through several thematic areas, such as information and network security, fault tolerance, software and hardware dependability, and network survivability.
List of Publications
Journal Paper
- F. Ihle, S. Lindner, and M. Menth: P4-PSFP: P4-Based Per-Stream Filtering and Policing for Time-Sensitive Networking (preprint), in IEEE Transactions on Network and Service Managment, accepted 2024
Talks
- F. Ihle: Implementation Experience of MNA Using P4 on Intel Tofino Hardware, IETF MPLS WG Interim Meeting, April 2024.