Prof. Laurent Vanbever
Group Leader
Supervised Theses
Self-protecting Networks from IoT-based Attacks (M)
Developing a Semi-Automated Framework to Label Network Traffic Datasets (M)
On combining SWIFT and Blink to improve Internet convergence (M)
Developing a Dataset with Coordinated Network Attacks (M)
On Making Blink Deployable in Practice (M)
Improving Performance with Network-aware Scheduling Algorithms (S)
Traffic-analysis Attacks over Encrypted HTTP from the Data Plane (M)
Automatic Generation of Adversarial Workload for Programmable Switches (S)
Network Performance Obfuscation (S)
Monitoring and Controlling Network Reconnaissance using Programmable Networks (S)
Automatic BGP Configuration Analysis and Summarisation (S)
Leveraging Network Programmability for Machine Learning in the Data Plane (M)
Packet Header Obfuscation in the Data Plane (S)
Traffic Matrix Obfuscation (M)
Net2Text: A Matter of Time (M)
Next-Generation Network Monitoring Using Programmable Network Devices (M)
On Offloading Control Plane Applications to the Data Plane (M)
Data Plane Driven Network Convergence (M)
Probabilistic Network Analysis and Synthesis (M)
Data-driven classification and isolation of network devices (S)
Adding Passive Measurability to QUIC (M)
Exploring the impact of TCP/IP parameter tuning on performance (M)
Chronos: Finding the configurations recipe for fast convergence (S)
Constraint-based routing as a stream computation (M)
In-network Anomaly Detection with Programmable Switches (S)
Load balancing in a data center using the data plane (M)
A Fast and Loop-Free Convergence upon Remote BGP Disruptions in Large IP Networks (S)
Boosting the convergence performance of SDX platforms (S)
Detecting and mitigating network attacks on Bitcoin (S)
Practical Concurrency Analysis for SDN (M)
Applying meaningful destruction in Software-Defined Networks (S)
Flexible Traffic Engineering in existing networks with Fibbing (S)
Improving Load-Balancing Decisions in Data Center Networks Using Software-Defined Networking (M)
On the Correctness of Inter-Domain Deflections (M)
Unleashing The Dragon (M)
Self-Learning Enterprise Networks Via Software Defined Networking (M)
NetBursting: Network Infrastructure in the Cloud (M)
Flexible SDN Testing in Production with Shadow Policies (M)
Improving Network-Wide Troubleshooting with Few SDN Devices (M)
Supercharging IP router memory with SDN (S)
Detecting Concurrency Violations in Software-Defined Networks (M)
Improving the Scalability of Software-Defined Internet Exchange Points (S)
SDN-based Network Obfuscation (M)
- ETH Medal 2016
- NATO CCD COE CyCon Student Award 2017
