Curriculum vitæ
Christian Hümbert, born in 1981, completed his master’s degree program
in computer science and chemistry at the Saarland University in 2006.
He investigated and developed parametric worst-case execution time analysis
techniques. During his studies he was a member of the Honors Program at the
Computer Science Department of the Saarland University.
His current work is focused on functional safety and the formal validation and
verification of safety-critical software.
Christian joined AbsInt as a software engineer in 2006 and now holds
the position of a Senior Technical Consultant. He also regularly
represents us at tradeshows and other events
all around the world.
Recent talks
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“Testing alone is not enough”
New Eagle Innovation Summit, September 2024, Henry Ford Museum, Dearborn, MI
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“Worst-case execution time determination for ARM Cortex”
Joral Workshop for Engineers, November 2023, Phoenix, AZ
Selected publications
- Satisfying Timing Requirements for Safety-Critical Real-Time Software.
D. Kästner, C. Hümbert, G. Gebhard, M. Pister, S. Wegener, C. Ferdinand.
Embedded World Congress 2024, Nuremberg.
- Taming Timing — Combining Static Analysis with Non-Intrusive Tracing to Compute WCET Bounds on Multicore Processors.
D. Kästner, C. Hümbert, G. Gebhard, M. Pister, S. Wegener, C. Ferdinand.
Embedded World Congress 2021, Virtual Conference.
- Mastering Resource Usage by Continuous Static Profiling.
D. Kästner, G. Gebhard, C. Hümbert, C. Cullmann, C. Ferdinand.
Embedded World Congress 2015, Nuremberg.
- Parametric Timing Analysis for Complex Architectures.
Sebastian Altmeyer, Christian Hümbert, Björn Lisper and Reinhard Wilhelm.
14th International IEEE Conference on Embedded and Real-Time Computing
Systems and Applications (RTCSA), 2008.
- Parametric WCET Analysis, Parameter Analysis and Parametric Loop Bound Analysis.
Christian Hümbert. Master’s Thesis, Saarland University, 2006.
- A Proof Assistant for Higher-Order Predicate Logic.
Christian Hümbert. Bachelor’s Thesis, Saarland University, 2005.