Research Papers
Overview of publications of the bwNET2.0 project
1. Network Digital Twin Toward Networking, Telecommunications, and Traffic Engineering: A Survey
Reza Poorzare, Dimitris N. Kanellopoulos, Varun Kumar Sharma, Poulami Dalapati, Oliver P. Waldhorst | 2025 | IEEE Access
2. Integration of Security Service Functions Into Network-Level Access Control
Leonard Bradatsch, Frank Kargl | 2024 | IEEE Access
3. HEJet: A Framework for Efficient Machine Learning Inference with Homomorphic Encryption
David Monschein, Oliver P. Waldhorst | 2024 | International Performance Computing and Communications Conference (IPCCC)
4. Optimizing Privacy-Preserving Continuous Authentication of Mobile Devices
David Monschein, Oliver P. Waldhorst | 2024 | International Conference on Network and System Security (NSS)
5. Evaluating Drill-Down DDoS Destination Detection
Timon Krack, Samuel Kopmann, Martina Zitterbart | 2024 | Local Computer Networks (LCN)
6. Machine Learning With Computer Networks: Techniques, Datasets, and Models
Afifi, Haitham and Pochaba, Sabrina and Boltres, Andreas and Laniewski, Dominic and Haberer, Janek and Paeleke, Leonard and Poorzare, Reza and Stolpmann, Daniel and Wehner, Nikolas and Redder, Adrian and Samikwa, Eric and Seufert, Michael | 2024 | IEEE Access
Machine learning has found many applications in network contexts. These include solving optimisation problems and managing network operations. Conversely, networks are essential for facilitating machine learning training and inference, whether performed centrally or in a distributed fashion. To conduct rigorous research in this area, researchers must have a comprehensive understanding of fundamental techniques, specific frameworks, and access to relevant datasets. Additionally, access to training data can serve as a benchmark or a springboard for further investigation. All these techniques are summarized in this article; serving as a primer paper and hopefully providing an efficient start for anybody doing research regarding machine learning for networks or using networks for machine learning.