The Disability-Simulator: Simulating the Influences of Disabilities on the Usability of Graphical User Interfaces. - Kai Breiner; Tobias Wüchner; Malte Brunnlieb (HCI (19), 2011)

Data Loss Prevention Based on Data-Driven Usage Control. - Tobias Wüchner; Alexander Pretschner (ISSRE, 2012)

Compliance-Preserving Cloud Storage Federation Based on Data-Driven Usage Control. - Tobias Wüchner; Steffen Müller 002; Robin Fischer (CloudCom (2), 2013)

Malware detection with quantitative data flow graphs. - Tobias Wüchner; Martín Ochoa; Alexander Pretschner (AsiaCCS, 2014)

DAVAST: data-centric system level activity visualization. - Tobias Wüchner; Alexander Pretschner; Martín Ochoa (VizSEC, 2014)

Robust and Effective Malware Detection Through Quantitative Data Flow Graph Metrics. - Tobias Wüchner; Martín Ochoa; Alexander Pretschner (DIMVA, 2015)

A framework for empirical evaluation of malware detection resilience against behavior obfuscation. - Sebastian Banescu; Tobias Wüchner; Aleieldin Salem; Marius Guggenmos; Martín Ochoa; Alexander Pretschner (MALWARE, 2015)

FEEBO: An Empirical Evaluation Framework for Malware Behavior Obfuscation. - Sebastian Banescu; Tobias Wüchner; Marius Guggenmos; Martín Ochoa; Alexander Pretschner (CoRR, 2015)

Generating behavior-based malware detection models with genetic programming. - Tobias Wüchner; Martín Ochoa; Enrico Lovat; Alexander Pretschner (PST, 2016)

MalFlow: identification of C&C servers through host-based data flow profiling. - Tobias Wüchner; Martín Ochoa; Mojdeh Golagha; Gaurav Srivastava 008; Thomas Schreck; Alexander Pretschner (SAC, 2016)

Q-Floid: Android Malware detection with Quantitative Data Flow Graphs. - John Henry Castellanos; Tobias Wüchner; Martín Ochoa; Sandra Julieta Rueda (SG-CRC, 2016)

Behavior-based Malware Detection with Quantitative Data Flow Analysis. - Tobias Wüchner (epubli, 2016)

Leveraging Compression-Based Graph Mining for Behavior-Based Malware Detection. - Tobias Wüchner; Aleksander Cislak; Martín Ochoa; Alexander Pretschner (IEEE Trans. Dependable Secur. Comput., 2019)