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个人简介
I finished my MSc degree in Engineering Cybernetics at NTNU in 2008, specializing in embedded and real-time system.
In 2012 I got my PhD at NTNU with the main topic of specifying and implementing execution time control for interrupt handling in the Ada programming language. As a part of this research I ported the GNU Ada Compiler (GNAT) to the Atmel AVR32 architecture and the Ravenscar bare-board run-time environment to the UC3 microcontroller series. To reduce run-time overhead I also designed a hardware Time Management Unit (TMU) that was implemented and tested for the UC3. As a result of my research work execution time measurement for separate interrupt handling is now a part of the ISO-standard for Ada 2012.
I started working at SINTEF in 2012. I have been working primarily on real-time communication and middleware for the smart grid applications, control system and sensor integration for urban search and rescue robots, and real-time sensor integration for space robotics. I have led the architecture and interface work of the I3DS sensor suite in the H2020 Space Robotics Cluster, and the maintainence and improvements of the framework in the H2020 EROSS and EROSS+ projects.
As of 2016 I am research manager for the reliable automation group at SINTEF Digital and have the responsibility for research and market activities in automation, distributed real-time systems. I am proud to lead a team of highly competent and dedicated research scientists, and look forward to reach out to new customers and project partners.
研究兴趣
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IEEE Open Journal of the Industrial Electronics Society (2023): 75-84
ACM SIGAda Ada Lettersno. 2 (2022): 61-65
V. Dubanchet, J. Bejar Romero,K. Nyborg Gregertsen,H. Austad, J. Gancet, K. Natusiewicz, J. Viñals,G. Guerra,G. Rekleitis,I. Paraskevas,K. Nanos,E. Papadopoulos,
semanticscholar(2020)
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ACM SIGAda Ada Lettersno. 1 (2018): 77-78
ACM SIGAda Ada Lettersno. 1 (2018): 62-65
ACM SIGAda Ada Lettersno. 1 (2018): 62-65
ACM SIGAda Ada Lettersno. 1 (2018): 77-78
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