Johannes Reisinger, Dipl.-Ing. Dr.

DECOMSYS GmbH
A-1060 Wien, Stumpergasse 48/28
tel : +43(1)59983-0
fax: +43(1)59983-18
www: http://www.decomsys.com

welcome

Johannes Reisinger received a Dipl.-Ing. degree and a doctoral degree in computer science from the University of Technology Vienna. From 1988 to 1994 he was with the Institute of Technical Informatics at the University of Technology Vienna as a research and teaching assistant. During this time he participated in the development of the MARS system, a fault-tolerant time-triggered real-time system. His special focus within this project was, besides participation in the overall concepts, on operating system development and hardware/software co-design, resulting in the MARS-II prototype system. He participated also in the EU project “PDCS” (predictably dependable computing systems) which aimed at the development of concepts for highly dependable computing systems.

In 1994, Johannes Reisinger joined Frequentis Austria, and participated in the development of highly available voice communication systems in the areas of flight control and terrestrial trunked radio. He was a lead developer of Frequentis’ V4 system, a highly reliable time-triggered system platform for dependable voice communication systems. Starting with 1997, he headed the system software department of Frequentis where he was responsible for the V4 operating system and, later on, for the operating system for the VDS 6000, the new generation of Frequentis voice communication systems for flight control. During this period he also gained some experience in project management both in theory and practise.

He left Frequentis in early 2002 and started to work for DECOMSYS as head of the Embedded Systems department. His responsibility covers development of hardware prototyping products, development of system software products for embedded automotive hardware, and various hardware- and system software related engineering projects for major automotive OEMs and Tier one suppliers. Starting in late 2002, he was responsible for the project ’Automotive Prototyping Platform’ which was partly funded by the Austrian FFF and aims at the development of hardware and software for a prototyping system for embedded automotive control units.