Research Area Hardware Systems
(Quelle: DFKI GmbH/Universität Bremen)
Hardware faults can occur during the design phase as well as during manufacturing. In contrast to software, hardware faults cannot be corrected afterwards. This is why researchers are working on developing automated test methods, which can prove safety and correctness of the resulting product during the design phase. Furthermore, increasing the efficiency of the design process while keeping the reliability of the system is an issue.
Our expertise includes test generation and formal verification across the whole design process and different levels of abstraction (e.g. gate level, RTL, ESL), technical documentation, and hardware software codesign.
Contact
Our Technical Expertise
- Technical documentaion, UML/OCL, visualisation
- System C, hardware software co-design
- Formal verification, e.g. quivalence check, property check, debugging
- Test generation/ATPG, timing and path analysis
Projects
There 17 projects in this research area:
Härtung der Wertschöpfungskette durch quelloffene, vertrauenswürdige EDA-Tools und Prozessoren
Mär 2021 - Feb 2024
Simulationsbasiertes Entwurfswerkzeug zur automatisierten Überprüfung von analog-digitalen Elektroniksystemen
Apr 2020 - Mär 2023
Eine konsistente Verifikationsplattform zur frühen Softwareentwicklung für RISC-V-basierte Systeme
Aug 2019 - Jul 2022
Quality-driven Design Flow using Formal Specifications and Functional Change Management
Aug 2013 - Jul 2016
Robuster Entwurf von neuen Elektronikkomponenten für Anwendungen im Bereich Elektromobilität
Okt 2011 - Dez 2013
Automatische Plan- und Intentionserkennung fremder mobiler Roboter in kooperierenden und konkurrierenden dynamischen Umgebungen
Jan 2001 - Dez 2007
