Penta call 5
AMPERE
Project completed
Ref: 20014
Status: Recently completed
Project Leader(s): Johan Klootwijk
Additive Manufacturing based Production of Embedded Robust Electronics (4D printing) [AMPERE] Combining Additive Manufacturing (3D printing) and the fourth dimension – the addition of electrical and optical functionalities, AMPERE aimed to enable flexible, reliable production of smart systems with relevance for Industry 4.0 and smart industrial processes. These in turn will allow for new functionalities […]
pAvIs
Project completed
Ref: 20016
Status: Recently completed
Project Leader(s): Mark van Helvoort
website: http://pavis-project.eu/
Patient and environment aware adaptive intelligent sensor systems [pAvIs] Many medical devices use complex sensors to diagnose diseases, to monitor or enable restoration of physiological functions, or to treat adverse medical conditions. Currently they use a “one-size fits all” approach. The pAvIs innovations will bring a paradigm shift through real-time adaptability of these systems to […]
Co-label: Penta Call 5 and Euripides² call 13
TRUST-E
Project running
Ref: 20006
Status: Running
Project Leader(s): Kai Kriegel
website: https://www.edacentrum.de/trust-e
TRUST-E stands for trustable (sensor-driven) electronics for automotive, aviation and industrial applications. [TRUST-E] In future mobility and industrial solutions, more and more complex electronic systems will be deployed in demanding environments and in safety-critical applications. The main target of the TRUST-E project was the development of technologies and methods to significantly increase the trustworthiness of […]
MANTIS vision
Project running
Ref: 20005
Status: Running
Project Leader(s): Marcel Dijkema
website: https://project-mantis.eu
Enhance image capture systems for broadcast, and security & safety applications, by introducing cost-efficient technology advances with ease-of-use for (end) users. [MANTIS] Image capture system capabilities need constant improvement to help content creators support the growing need for media consumption; provide security & safety systems/operators with better information; support useability of upcoming AR/VR. Project goals: […]
Ref: 20008
Status: Completed
Project Leader(s): Dr. Werner Ritter
Artificial Intelligence enhancing vehicle vision in low visibility conditions. [AI-SEE] In the rapidly evolving field of Automated Driving Systems (ADS), achieving reliable vehicle operation in adverse weather and low-visibility conditions represents one of the most pressing challenges. Today’s ADS technologies remain largely dependent on optimal weather for safe functioning which restricts operational availability and impacts […]