Quality Engineering Projects

The BMBF funded project Software Platform Embedded Systems XT (SPES_XT) is composed of 21 partners from industrial companies and research institutions working on topics like the seamless, methodic and tool-based integration of model and analysis technologies into the development process of embedded systems.

The joint research project “Stadt-Land-Fluss (SLF)” developed a sustainable solution for strengthening “regional food systems” using various AI tools based on a multi-layer “SLF-ICT ecosystem” as a service and integration platform as part of the research focus “Artificial Intelligence (AI) in agriculture, the food chain, healthy nutrition and rural areas”.

Fraunhofer FOKUS' desktop warping and autoalignment technology, developed together with NVIDIA

SEE.4C will define a set of analytics tasks (the principal task being forecasting electricity grid traffic) and design a specially tailored competition. Participants and teams will submit algorithms to be evaluated on an special cloud-based computational environment.

Within the CrESt project, a scientifically founded and simultaneously field-proven methodological framework for the development of highly automated collborative embedded systems is to be created. The main object of the project, which is funded by the German Feder Ministry of Education and Research (BMBF), is to enable networks of embedded systems to independent and intelligent collaboration.

In the context of the European Technology Initiative ARTEMIS Joint Undertaking, the project CRYSTAL aims at fostering Europe’s leading edge position in embedded systems engineering, particularly regarding quality and cost effectiveness of safety-critical embedded systems and architecture platforms.

SmartDelta builds automated solutions for quality assessment of product deltas in a continuous engineering environment by providing smart analytics from development artifacts and system execution, offering insights into quality improvements or degradation of different product versions, and providing recommendations for next builds.

Fraunhofer FOKUS has renewed the projection technology für 3D-Visualisierungen for 3D visualizations on curved surfaces at ZIB.

The RASEN project’s main objective is the strengthening of European organisations’ ability to conduct security assessments of large scale networked systems through the combination of security risk assessment and security testing, taking into account the context in which the system is used.

Although solutions of Artificial Intelligence (AI) have gained importance in many economic sectors, they cannot be used in aviation, as they cannot be certified yet. The KIEZ 4.0 project will examine and formulate the technical, the ethical and legal requirements and implications for the use of artificial intelligence in aviation and lay the groundwork for certification approaches.