Density-Aware Probabilistic Clustering in Ad Hoc Networks. - Doganalp Ergenc; M. Levent Eksert; Ertan Onur (BlackSeaCom, 2018)

Cross-layer Stack Design Framework in OMNeT++. - Doganalp Ergenc; Ertan Onur (OMNeT++, 2018)

CUPSMAN: Control User Plane Separation Based Routing in Ad-hoc Networks. - Doganalp Ergenc; Ertan Onur (CoRR, 2018)

Poster Abstract: iSDR: SDR-in-the-loop Simulation. - Doganalp Ergenç; Ertan Onur (INFOCOM Workshops, 2019)

Dependability-based clustering in mobile ad-hoc networks. - Doganalp Ergenc; M. Levent Eksert; Ertan Onur (Ad Hoc Networks, 2019)

On Network Traffic Forecasting using Autoregressive Models. - Doganalp Ergenç; Ertan Onur (CoRR, 2019)

Service-Based Resilience for Embedded IoT Networks. - Doganalp Ergenc; Jacek Rak; Mathias Fischer 001 (DSN, 2020)

Mitigation of IPv6 Router Spoofing Attacks with P4. - Moritz Mönnich; Nurefsan Sertbas Bülbül; Doganalp Ergenç; Mathias Fischer 001 (ANCS, 2021)

Efficient Network Monitoring via In-band Telemetry. - Goksel Simsek; Doganalp Ergenç; Ertan Onur (DRCN, 2021)

Implementation and Orchestration of IEEE 802.1CB FRER in OMNeT++. - Doganalp Ergenç; Mathias Fischer 001 (ICC Workshops, 2021)

On the Security of IEEE 802.1 Time-Sensitive Networking. - Doganalp Ergenç; Cornelia Brülhart; Jens Neumann; Leo Krüger; Mathias Fischer 001 (ICC Workshops, 2021)

On the Reliability of IEEE 802.1CB FRER. - Doganalp Ergenç; Mathias Fischer 001 (INFOCOM, 2021)

SDN-based Self-Configuration for Time-Sensitive IoT Networks. - Nurefsan Sertbas Bülbül; Doganalp Ergenç; Mathias Fischer 001 (LCN, 2021)

Service-Based Resilience via Shared Protection in Mission-Critical Embedded Networks. - Doganalp Ergenç; Jacek Rak; Mathias Fischer 001 (IEEE Trans. Netw. Serv. Manag., 2021)

Distributed Bio-inspired Configuration of Virtualized Mission-critical Networks. - Doganalp Ergenc; David Sorejevic; Mathias Fischer 001 (GLOBECOM, 2022)

Deep Learning-based Multi-PLC Anomaly Detection in Industrial Control Systems. - Philip Gawehn; Doganalp Ergenc; Mathias Fischer 001 (GLOBECOM, 2022)

Towards SDN-based Dynamic Path Reconfiguration for Time Sensitive Networking. - Nurefsan Sertbas Bülbül; Doganalp Ergenç; Mathias Fischer 001 (NOMS, 2022)

Reliable and Distributed Network Monitoring via In-band Network Telemetry. - Goksel Simsek; Doganalp Ergenç; Ertan Onur (CoRR, 2022)

Plane-separated routing in ad-hoc networks. - Doganalp Ergenç; Ertan Onur (Wirel. Networks, 2022)

Moving Target Defense for Service-Oriented Mission-Critical Networks. - Doganalp Ergenc; Florian Schneider 001; Peter Kling; Mathias Fischer 001 (ICCCN, 2023)

Towards Developing Resilient and Service-oriented Mission-critical Systems. - Doganalp Ergenç; Cornelia Brülhart; Mathias Fischer 001 (NetSoft, 2023)

TSNZeek: An Open-source Intrusion Detection System for IEEE 802.1 Time-sensitive Networking. - Doganalp Ergenç; Robin Schenderlein; Mathias Fischer 001 (IFIP Networking, 2023)

Towards Synthesizing Datasets for IEEE 802.1 Time-sensitive Networking. - Doganalp Ergenç; Nurefsan Sertbas Bülbül; Lisa Maile; Anna Arestova; Mathias Fischer 001 (CoRR, 2023)

Resilience of Service-oriented and Time-sensitive Mission-critical Networks. - Doganalp Ergenç (2023)

Resilienz von service-orientierten und zeitkritischen Netzen. - Doganalp Ergenc (Ausgezeichnete Informatikdissertationen, 2023)

BVS-Net: A Networking Tool for Studying THz-based Intra-body Communication Links. - Laurenz Ebner; Jorge Torres Gómez; Saswati Pal; Doganalp Ergenç; Regine Wendt; Stefan Fischer 001; Falko Dressler (NANOCOM, 2024)

Poster: Platooning Revisited: What is the Personal Benefit Compared to ACC and Human Driving? - Julian Heinovski; Doganalp Ergenç; Falko Dressler (VNC, 2024)

Incentive-based Platoon Formation: Optimizing the Personal Benefit for Drivers. - Julian Heinovski; Doganalp Ergenç; Kirsten Thommes; Falko Dressler (CoRR, 2024)

An Open Source Implementation of Wi-Fi 7 Multi-Link Operation in OMNeT++. - Doganalp Ergenç; Falko Dressler (WONS, 2025)

Resilience in Edge Computing: Challenges and Concepts. - Doganalp Ergenç; Agon Memedi; Mathias Fischer 001; Falko Dressler (Found. Trends Netw., 2025)

A Machine Learning-Based Intrusion Detection Framework with Labeled Dataset Generation for IEEE 802.1 Time-Sensitive Networking. - Mustafa Topsakal; Selçuk Cevher; Doganalp Ergenç (J. Syst. Archit., 2025)