Deutsch Intern
Lehrstuhl für Informatik III

Fabian Poignée M. Sc.

Telefon

(0931) 31-85960
E-Mail

fabian.poignee@uni-wuerzburg.de
Raum

A212

Anschrift

Lehrstuhl für Informatik III
Am Hubland
D-97074 Würzburg

Contents:  Working Group | Projects | Teaching | Publications | 

  • 1.
    Gerlach, T.: Adjusting Live-Traffic to Match a Given Packet Trace, (2024).
  • 1.
    Wieser, V.: Integration of Device-to-Device Communication in OMNeT++, (2023).
  • 1.
    Full, D.: Investigating Quality of Experience of Video Conferencing via Crowdsourcing, (2023).
  • 1.
    Steinbeck, A.: Network Measurement of Mobile Instant Messaging Traffic, (2023).
  • 1.
    Komander-Gaitan, P.: Measurement of Social Networks within Mobile Messaging Applications, (2023).
  • 1.
    Hufen, S.: OMNeT++ Simulation for Investigating the Impact of Edge Caching for Mobile Instant Messaging, (2022).
  • 1.
    Kilicarslan, S.: Simulative Performance Evaluation of Device-to-Device-based Mobile Messaging, (2022).
  • 1.
    Bühler, M.: Modelling the Communication behavior in WhatsApp, (2021).

Lectures (Teaching Assistant)

  • Discrete Event Simulation (SS25)
  • Control Principles of Modern Communication Systems (WS22/23)

Seminar Talks (Tutor)

User-centric Communication Networks (UCN) (SS25)

  • F.M.: Optimizing Video Conferencing QoS with Deep Reinforcement Learning

User-centric Communication Networks (UCN) (WS24/25)

  • D.F.: Quality of Experience in Videoconferencing
  • C.K.: Weather-based QoS Prediction for Satellite Networks

User-centric Communication Networks (UCN) (SS24)

  • F.K.: Data Augmentation for Network Traffic Classification
  • R.W.: Analyzing Traffic Characteristics of Instant Messaging Applications

User-centric Communication Networks (UCN) (SS23)

  • R.L.: Non-terrestrial Networks: State of the Art and Challenges   

User-centric Communication Networks (UCN) (WS22/23)

  • L.K.: Measurement Studies of Short Video Services
  • J.P.: Predicting Attentiveness in Mobile Instant Messaging

User-centric Communication Networks (UCN) (SS22)

  • D.L.: Relational Deep Reinforcement Learning for Routing in Wireless Networks

User-centric Communication Networks (UCN) (WS21/22)

  • J.K.: Operating System Fingerprinting
  • S.B.: Device Fingerprinting in Communication Networks: Applications in IoT Security

User-centric Communication Networks (UCN) (SS21)

  • S.H.: Caching for Encrypted Content