CeCaS
Supercomputing Platform for Highly Automated Vehicles
Start: 06/2021
End: 12/2022
The second phase of the Intelligente Dianostik (Intelligent Diagnostics) project focuses on developing an improved. miniaturized and cost-effective diagnostic system that can be used to automatically expertly diagnose malignant skin lesions in a robust, explainable and safe manner. To this end, the project will first expand data acquisition to build a larger pool of training data and then improve the existing AI model. Cooperation with several clinics is planned that will allow higher case numbers and hence better training data. In addition, case numbers are to be increased by including additional skin diseases.
Within the scope of the project, the FZI is focusing on challenges that arise from the cross-site operation of AI systems. This also includes the exchange of the comprehensive training data between different locations. The FZI is modifying existing federated learning approaches in order to implement, on the one hand, an efficient exchange of information, and on the other a cross-site orchestrated training process to facilitate the creation and distribution of new improved AI models.
Further work will focus on miniaturizing the existing demonstrator. In this context, the FZI is developing a mobile client for the compact, hand-held diagnostic system (KOMPASS). However, in this regard the FZI is also studying possibilities to balance the functionality between the backend and the mobile device to enable lightweight and performant application despite fewer mobile client resources.
In this research focus, the FZI prioritizes the topics of Artificial Intelligence (AI) as well as human and AI engineering. In addition, the FZI deals with questions on dedicated AI hardware and predictive AI.
Funding notice:
The Intelligente Diagnostik 2 project is funded by the Ministry of Economic Affairs, Labour and Tourism.
Project partners:
Supercomputing Platform for Highly Automated Vehicles
Cybersecurity for SMEs
Data management repository for care-supporting AI applications
Innovation with Cybersecurity for SMEs in Baden-Württemberg
Hardening of embedded RISC-V software by means of code transformations
Automatic Integration of Avionik Racks via Artificial Intelligence
Buildings as efficient and interoperable components of the future energy system
Hybrid building twins for increased energy efficiency
Flexible refrigeration systems against the background of increased decarbonization
European Digital Innovation Hub applied Artificial Intelligence and Cybersecurity