Secure, Autonomous and AI-Based Systems
Secure, Autonomous and AI-Based Systems
The digital transformation and expansion of cyber-physical systems increasingly require more collaborative solutions and human-machine interaction. Cognitive computing also increases the autonomy of systems (e.g. autonomous vehicles and flying objects). At the same time, it also poses challenges in communication and interface design between components and systems, data acquisition and analysis using artificial intelligence (e.g. Big Data, machine learning), and IT security.
Research in this area is conducted primarily at the Affective and Cognitive Institute (ACI), Institute for Machine Learning and Analytics (IMLA), Institute for Unmanned Aerial Systems (IUAS), and the Institute of Reliable Embedded Systems and Communication Electronics (ivESK).
Title | Sweaty@Eurobench |
Cost Centers | 121005277 |
Short Name | Sweaty@Eurobench |
Short Description | In einem internationalen Vergleich werden humanoide Roboter sowie Algorithmen zur Steuerung der Roboter verglichen. Im Einzelnen sind dies: Gehen auf flachen Böden, Gehen auf fallenden/ansteigenden Böden, Reaktion auf Stöße, Stehen bei Manipulationen von Objekten, Aufnehmen und Tragen von Gegenständen. Der Roboter SWEATY der HSO wird für diesen Vergleich neue Aufgaben lösen, die das Forscherteam umsetzen muss. |
Private | |
Year Of Acquisition | 2020 |
Start Date | 2021-01-01 |
End Date | 2022-07-31 |
Project Managers | Hochberg, Ulrich, Prof. Dr. |
Faculties | M+V |
Institution | INES |
Funder Kind | EU |
Private Funders | |
Public Funders | EU |
Sponsorship | Horizon 2020 |
Cooperation Partners | |
Research focus of the university | Sichere, autonome und KI-basierte Systeme |
Dissertation |
Project Finances
Year | Amount Type | Sum | Description |
---|---|---|---|
Fördersumme III (brutto mit PP) | 60,000.00 € |