Pairing SDN with network virtualization: The network hypervisor placement problem. - Andreas Blenk; Arsany Basta; Johannes Zerwas; Wolfgang Kellerer (NFV-SDN, 2015)

Optimization Models for Flexible and Adaptive SDN Network Virtualization Layers. - Johannes Zerwas; Andreas Blenk; Wolfgang Kellerer (CoRR, 2016)

Control Plane Latency With SDN Network Hypervisors: The Cost of Virtualization. - Andreas Blenk; Arsany Basta; Johannes Zerwas; Martin Reisslein; Wolfgang Kellerer (IEEE Trans. Netw. Serv. Manag., 2016)

NeuroViNE: A Neural Preprocessor for Your Virtual Network Embedding Algorithm. - Andreas Blenk; Patrick Kalmbach; Johannes Zerwas; Michael Jarschel; Stefan Schmid 001; Wolfgang Kellerer (INFOCOM, 2018)

AHAB: Data-Driven Virtual Cluster Hunting. - Johannes Zerwas; Patrick Kalmbach; Carlo Fuerst; Arne Ludwig; Andreas Blenk; Wolfgang Kellerer; Stefan Schmid 001 (Networking, 2018)

perfbench: A Tool for Predictability Analysis in Multi-Tenant Software-Defined Networks. - Andreas Blenk; Arsany Basta; Laurenz Henkel; Johannes Zerwas; Wolfgang Kellerer; Stefan Schmid 001 (SIGCOMM Posters and Demos, 2018)

Modeling IP-to-IP Communication using the Weighted Stochastic Block Model. - Patrick Kalmbach; Lion Gleiter; Johannes Zerwas; Andreas Blenk; Wolfgang Kellerer; Stefan Schmid 001 (SIGCOMM Posters and Demos, 2018)

Empowering Self-Driving Networks. - Patrick Kalmbach; Johannes Zerwas; Péter Babarczi; Andreas Blenk; Wolfgang Kellerer; Stefan Schmid 001 (SelfDN@SIGCOMM, 2018)

Loko: predictable latency in small networks. - Amaury Van Bemten; Nemanja Deric; Johannes Zerwas; Andreas Blenk; Stefan Schmid 001; Wolfgang Kellerer (CoNEXT, 2019)

Steering hyper-giants' traffic at scale. - Enric Pujol; Ingmar Poese; Johannes Zerwas; Georgios Smaragdakis; Anja Feldmann (CoNEXT, 2019)

NetBOA: Self-Driving Network Benchmarking. - Johannes Zerwas; Patrick Kalmbach; Laurenz Henkel; Gábor Rétvári; Wolfgang Kellerer; Andreas Blenk; Stefan Schmid 001 (NetAI@SIGCOMM, 2019)

Ismael: Using Machine Learning to Predict Acceptance of Virtual Clusters in Data Centers. - Johannes Zerwas; Patrick Kalmbach; Stefan Schmid 001; Andreas Blenk (IEEE Trans. Netw. Serv. Manag., 2019)

A mathematical framework for measuring network flexibility. - Péter Babarczi; Markus Klügel; Alberto Martínez Alba; Mu He; Johannes Zerwas; Patrick Kalmbach; Andreas Blenk; Wolfgang Kellerer (Comput. Commun., 2020)

Performance Analysis of Demand-Oblivious and Demand-Aware Optical Datacenter Network Designs. - Chen Griner; Johannes Zerwas; Andreas Blenk; Manya Ghobadi; Stefan Schmid 001; Chen Avin (CoRR, 2020)

Alert-Based Network Reconfiguration and Data Evacuation. - Massimo Tornatore; Péter Babarczi; Omran Ayoub; Sifat Ferdousi; Rafael B. R. Lourenço; Johannes Zerwas; Andreas Blenk; Markus Klügel; Wolfgang Kellerer (Guide to Disaster-Resilient Communication Networks, 2020)

ExRec: Experimental Framework for Reconfigurable Networks Based on Off-the-Shelf Hardware. - Johannes Zerwas; Chen Avin; Stefan Schmid 001; Andreas Blenk (ANCS, 2021)

Network Traffic Characteristics of Machine Learning Frameworks Under the Microscope. - Johannes Zerwas; Kaan Aykurt; Stefan Schmid 001; Andreas Blenk (CNSM, 2021)

Modeling the Cost of Flexibility in Communication Networks. - Alberto Martínez Alba; Péter Babarczi; Andreas Blenk; Mu He; Patrick Kalmbach; Johannes Zerwas; Wolfgang Kellerer (INFOCOM, 2021)

What You Need to Know About Optical Circuit Reconfigurations in Datacenter Networks. - Johannes Zerwas; Wolfgang Kellerer; Andreas Blenk (ITC, 2021)

Cerberus: The Power of Choices in Datacenter Topology Design - A Throughput Perspective. - Chen Griner; Johannes Zerwas; Andreas Blenk; Manya Ghobadi; Stefan Schmid 001; Chen Avin (Proc. ACM Meas. Anal. Comput. Syst., 2021)

On the Performance of TCP in Reconfigurable Data Center Networks. - Kaan Aykurt; Johannes Zerwas; Andreas Blenk; Wolfgang Kellerer (CNSM, 2022)

KAPETÁNIOS: Automated Kubernetes Adaptation through a Digital Twin. - Johannes Zerwas; Patrick Krämer; Razvan-Mihai Ursu; Navidreza Asadi; Phil Rodgers; Leon Wong; Wolfgang Kellerer (NoF, 2022)

Kevin: de Bruijn-based topology with demand-aware links and greedy routing. - Johannes Zerwas; Csaba Györgyi; Andreas Blenk; Stefan Schmid 001; Chen Avin (CoRR, 2022)

Resilient Control Plane Design for Virtualized 6G Core Networks. - Ferenc Mogyorósi; Péter Babarczi; Johannes Zerwas; Andreas Blenk; Alija Pasic (IEEE Trans. Netw. Serv. Manag., 2022)

On the Benefits of Joint Optimization of Reconfigurable CDN-ISP Infrastructure. - Johannes Zerwas; Ingmar Poese; Stefan Schmid 001; Andreas Blenk (IEEE Trans. Netw. Serv. Manag., 2022)

AdFAT: Adversarial Flow Arrival Time Generation for Demand-Oblivious Data Center Networks. - Sebastian Schmidt; Johannes Zerwas; Wolfgang Kellerer (CNSM, 2023)

Towards Digital Network Twins: Can we Machine Learn Network Function Behaviors? - Razvan-Mihai Ursu; Johannes Zerwas; Patrick Krämer; Navidreza Asadi; Phil Rodgers; Leon Wong; Wolfgang Kellerer (NetSoft, 2023)

HyPA: Hybrid Horizontal Pod Autoscaling with Automated Model Updates. - Kaan Aykurt; Razvan-Mihai Ursu; Johannes Zerwas; Patrick Krämer; Navidreza Asadi; Leon Wong; Wolfgang Kellerer (NFV-SDN, 2023)

Design and Evaluation of Demand- and Topology Reconfiguration-aware Networks. - Johannes Zerwas (2023)

Duo: A High-Throughput Reconfigurable Datacenter Network Using Local Routing and Control. - Johannes Zerwas; Csaba Györgyi; Andreas Blenk; Stefan Schmid 001; Chen Avin (Proc. ACM Meas. Anal. Comput. Syst., 2023)

Mistill: Distilling Distributed Network Protocols From Examples. - Patrick Krämer; Oliver Zeidler; Philip Diederich; Johannes Zerwas; Andreas Blenk; Wolfgang Kellerer (IEEE Trans. Netw. Serv. Manag., 2023)

T-MAW: Online Network Traffic Monitoring and Analysis using Weighted Stochastic Block Models. - Maximilian Stephan; Johannes Zerwas; Wolfgang Kellerer (CNSM, 2024)

D3: An Adaptive Reconfigurable Datacenter Network. - Johannes Zerwas; Chen Griner; Stefan Schmid 001; Chen Avin (CoRR, 2024)

When TCP Meets Reconfigurations: A Comprehensive Measurement Study. - Kaan Aykurt; Johannes Zerwas; Andreas Blenk; Wolfgang Kellerer (IEEE Trans. Netw. Serv. Manag., 2024)

Comparative Analysis Between Decentralized and Centralized Network Digital Twins of Kubernetes Clusters. - Razvan-Mihai Ursu; Navidreza Asadi; Johannes Zerwas; Leon Wong; Wolfgang Kellerer (NetSoft, 2025)