Viktoria Vomhoff M. Sc.
| Telefon | (0931) 31-80950 |
| Telefax | (0931) 31-86632 |
| viktoria.vomhoff@uni-wuerzburg.de | |
| Raum | A209 |
Anschrift | Lehrstuhl für Informatik III Am Hubland D-97074 Würzburg |
Betreute Vorlesungen
- Rechnernetze und Informationsübertragung (RIÜ) (WS22/23)
- Leistungsbewertung verteilter Systeme (LBVS) (SS24)
Betreute Seminare
- Seminar on Introduction to 5G: Next Generation Mobile Networks (NGN) (SS24)
→ 5G Signaling: Connecting Devices to the Internet - Seminar on Current Evolutions of Future Internet structures (NGN) (WS23/24)
→ AS-Path Prepending: there is no rose without a thorn - Seminar on Current Evolutions of Future Internet structures (NGN) (SS23)
→ Predicting High Delays in Mobile Broadband Networks - Seminar on Current Evolutions of Future Internet structures (NGN) (WS22/23)
→ Identify IoT Devices from Backbone Networks Using Lightweight Neural Networks - Seminar on Current Evolutions of Future Internet structures (NGN) (SS22)
→ Hands on with Tinkerforge Sensors: Showcase, Technical Background and Networking - Seminar on New Trends and Current Evolutions of Cloud and Internet Applications (CAN) (WS21/22)
→ Generation, measurement, and modeling of IoT traffic
→ Network slicing by use of unsupervised Machine Learning
Betreute Abschlussarbeiten
-
Blumenröder, J. (2024). Towards Energy-Efficient IoT: Performing and Characterizing Measurements of Energy Consumption and QoS Across Different RATs and Applications (1–) [Master thesis]. University of Wuerzburg.
-
Matti, S. (2024). Design and Development of a Reliable Autonomous Measurement Platform for Multi-Radio Access Technology Evaluation and QoS Measurements (1–) [Master thesis]. University of Wuerzburg.
-
Sichermann, M. (2023). Analyzing Delays in Mobile Roaming: Towards Understanding the Global IPX Network (1–) [Master thesis]. University of Wuerzburg.
-
Karsai, C. (2023). Automated Detection of Operator Outages based on Mobile Signalling Data (1–) [Master thesis]. University of Wuerzburg.
-
Simonovski, F. (2023). Measurement Study of the Performance and Energy Efficiency of an IoT-Edge-Cloud in Kubernetes (1–) [Master thesis]. University of Wuerzburg.
