Dr. Stefan Huber

Head of research of the Department Information Technologies and Digitalisation

I am head of the Josef Ressel Centre for Intelligent and Secure Industrial (JRC ISIA). We do research on a digital assistant for industrial machines with the research fields system architectures, artificial intelligence and cyber security for operational technology.

Teaching and researching at the department for information technologies and digitalisation

Co-lead on a project towards digital factory automation. Developing concepts and theoretical foundations.

External lecturer for Distributed Software Architectures in the department for Multi Media Technology.

Invented the PLC software operating the next-generation transport system ACOPOStrak. Developed the concept and architecture and a good deal of the mathematical models and core algorithms. Heading a team of great R&D engineers working on algorithms and mathematics of the ACOPOStrak software core. Focus on mathematical modeling, algorithm design, C++ software engineering and programming, realtime computational efficiency. https://www.br-automation.com/en/products/versatile-transport-systems/acopostrak

Discrete mathematics for compute science students.

Discrete Mathematics

Postdoc researcher in the research group of Herbert Edelsbrunner.

Software development in C, C++ and Python under Linux for an embedded platform. In particular, added a multi-channel echo-canceling system to PluseAudio.

Senior scientist position in the mathematics department.

since 2019: Distributed Software Architectures, MultiMediaTechnology curriculum 2011 - 2012: Algorithms and data structures course, MultiMediaTechnology curriculum

Postdoc researcher in the Computational Geometry and Applications Lab of Martin Held at the Computer Science Department.

Research assistant in the Computational Geometry and Applications Lab of Martin Held at the Computer Science Department.

Software development in Java.

Development of an XML description language for a torsion oscillating software.

Development of a polynomial interpolation algorithm library tailored to cam profiles.

Theoretical and practical development of a spectral shaping algorithm for positioning signals in order to reduce oscillations.

Design and implementation of a development environment for a low-cost rheometer in C++/MFC. Implementation of control software on an embedded Linux controller and PIC controllers.

Development of a positioning system for mobile phones and consultance of the software migration process from DOS to Windows.

Computational geometry