Heuristics for the Generation of Random Polygons. - Thomas Auer; Martin Held (CCCG, 1996)

Computer-Assisted Interstitial Brachytherapy. - Wolfgang Freysinger; E. Hensler; Andreas R. Gunkel; Reto J. Bale; Michael Vogele; Arno Martin; Thomas Auer; Paul Eichberger; Arpad Szankay; Thomas Auberger; K. H. Künzel; O. Gaber; et al. (MICCAI, 1998)

Real-Time Optical Edge and Corner Tracking at Subpixel Accuracy. - Stefan Brantner; Thomas Auer; Axel Pinz (CAIP, 1999)

The integration of optical and magnetic tracking for multi-user augmented reality. - Thomas Auer; Stefan Brantner; Axel Pinz (EGVE, 1999)

Building a hybrid tracking system: integration of optical and magnetic tracking. - Thomas Auer; Axel Pinz (IWAR, 1999)

The integration of optical and magnetic tracking for multi-user augmented reality. - Thomas Auer; Axel Pinz (Comput. Graph., 1999)

3D Model Based Pose Determination in Real-Time: Strategies, Convergence, Accurac. - Martin Berger; Thomas Auer; Gernot Bachler; Stefan Scherer; Axel Pinz (ICPR, 2000)

Prototyping of Environmental Kit for Georeferenced Transient Outdoor Comfort Assessment. - Ahmad Saleem Nouman; Ata Chokhachian; Daniele Santucci; Thomas Auer (ISPRS Int. J. Geo Inf., 2019)

Virtual IoT Learning Environment (VIoTLE)- Implementierung einer virtuellen Lernumgebung für Testaktivitäten im Bereich Internet der Dinge. - Thomas Auer; Ronak Zarhoun; Michael Felderer (Softwaretechnik-Trends, 2019)

Gamified Internet of Things Testing within a Virtual Learning Environment - towards the Interactive Simulation Game "IoTCityLab". - Thomas Auer; Michael Felderer (CSEE&T, 2020)

Towards a Learning Environment for Internet of Things Testing with LEGO® MINDSTORMS®. - Thomas Auer; Michael Felderer (ICST Workshops, 2020)

Software Testing, AI and Robotics (STAIR) Learning Lab. - Simon Haller-Seeber; Thomas Gatterer; Patrick Hofmann; Christopher Kelter; Thomas Auer; Michael Felderer (RiE, 2022)

Towards the design of an interactive continuing training for software engineers in the Internet of Things sustainability using the example of autonomous vehicles. - Thomas Auer; Simon Haller-Seeber; Thomas Gatterer (EDUCON, 2023)

User Experience design of further training on Test automation of an AI self-driving robotic car powered by a Raspberry Pi. - Thomas Auer; Simon Haller-Seeber; Thomas Gatterer (EDUCON, 2023)

Bridging the Operationalization Gap: Towards a Situational Approach for Data Analytics in Manufacturing SMEs. - Stefan Rösl; Thomas Auer; Christian Schieder (IN4PL, 2023)

Exploring Potential Barriers for the Adoption of Cognitive Technologies in Industrial Manufacturing SMEs - Preliminary Results of a Qualitative Study. - Thomas Auer; Stefan Rösl; Christian Schieder (S-BPM ONE, 2023)

Addressing the Data Challenge in Manufacturing SMEs: A Comparative Study of Data Analytics Applications with a Simplified Reference Model. - Stefan Rösl; Thomas Auer; Christian Schieder (S-BPM ONE, 2023)

On improving the settling time for highly-accurate pick-and-place processes with experimental validation. - Thomas Auer; Frank Woittennek (CASE, 2024)

No Need to Cry over Spilt Milk: A Workflow for Regenerating Graph Data Using Robotic Process Automation. - Thomas Auer; Christian Schieder (DESRIST, 2024)

Next-Generation Business Process Management (BPM): A Systematic Literature Review of Cognitive Computing and Improvements in BPM. - Dennis Hildebrand; Stefan Rösl; Thomas Auer; Christian Schieder (S-BPM ONE, 2024)

Data Catalogs in an Industrial SME Context - A Systematic Literature Review. - Dominik Kick; Stefan Rösl; Thomas Auer; Christian Schieder (S-BPM ONE, 2024)

Walking Away from Omelas: Towards a Comprehensive Model for Successful Adoption of Industry 4.0 Technologies in SMEs. - Lisa Rüeck; Veronika Broy; Silvia Riedl; Stefan Rösl; Thomas Auer; Christian Schieder (S-BPM ONE, 2024)

Computationally efficient trajectory design from motion primitives for near time-optimal transitions for systems with oscillating internal dynamics. - Thomas Auer; Frank Woittennek (CoRR, 2024)

Efficient calculation of time-optimal motion primitives for systems exhibiting oscillatory internal dynamics with multiple applications. - Thomas Auer; Frank Woittennek (CoRR, 2024)