On iBGP Routing Policies.
Towards Test-Driven Software Defined Networking.
Understanding the topological properties of Internet traffic: a view from the edge.
On the Quality of BGP Route Collectors for iBGP Policy Inference.
Safe Routing Reconfigurations with Route Redistribution.
Opportunities and Research Challenges of Hybrid Software Defined Networks.
STN: A Robust and Distributed SDN Control Plane. Open Networking Summit (ONS) Research track, March 2014.
Enabling SDN in old school networks with Software-Controlled Routing Protocols. Open Networking Summit (ONS) research track, March 2014.
ESPRES: Easy Scheduling and Prioritization for SDN. Open Networking Summit (ONS) Research track, 2014.
Evaluating and Improving the Deployability of Multipath TCP. PhD thesis. Université catholique de Louvain, March 2014.
Multi-objective Traffic Engineering for Data Center Networks.
On the Benefits of Applying Experimental Design to Improve Multipath TCP.
Are TCP Extensions Middlebox-proof?.
Evolving the Internet with Connection Acrobatics.
Multipath in the Middle(Box).
Revealing Middlebox Interference with Tracebox.
Redundant Border Routers for Mission-Critical 6LoWPAN Networks.
Graceful Router Updates in Link-State Protocols.
Using Routers to Build Logic Circuits: How Powerful is BGP?.
Recent advances in reliable transport protocols. pages 59-106, 2. SIGCOMM, August 2013. See http://sigcomm.org/education/ebook/SIGCOMMeBook2013v1_chapter2.pdf.
Enabling Multihop Communication in Spontaneous Wireless Networks. pages 413-457, 9. "Recent Advances in Networking", SIGCOMM, August 2013. See http://sigcomm.org/education/ebook/SIGCOMMeBook2013v1_chapter9.pdf.
Improving Network Agility with Seamless BGP Reconfigurations.
Graceful Convergence in Link-State IP Networks: A Lightweight Algorithm Ensuring Minimal Operational Impact.
When the Cure is Worse than the Disease: the Impact of Graceful IGP Operations on BGP.
Revisiting Flow-Based Load Balancing: Stateless Path Selection in Data Center Networks.
Minimizing Bandwidth on Peering Links with Deflection in Named Data Networking.