1. Cyber-Hygeia Intelligent Real-Time Up-Normal event detection in Modern Cyber-Physical Systems Contact person: roberto.zafalon@st.comroberto.zafalon@st.com

2. -Cyber-physical systems characterized by a diverse group of systems used to physically manipulate critical infrastructure. power, water and oil/natural gas pipelines, industrial systems, transportation systems, bio-medical devices, security systems, building automation, emergency management, and many other systems vital to our well-being. - CPS may fail or miswork. - CPS do not operate in a controlled environment. - Imperative need for online quality assurance process To continuously evaluate the live system during runtime To ensure that it is performing reliably as expected

3. The Concept and Innovations to model emerging CPS behaviour via a series of discrete snapshots, characterized by data patterns acquired in real-time through distributed data sensing and monitoring use of dedicated HW acceleration for the computationally intensive parts of the diagnostic engine, to provide real-time diagnosis and response. develop evolvable distributed HW that enables dynamic adaptation of the monitoring and diagnostic process to retrain itself to new and emerging CPS to reconfigure its resources and structure to constantly maintain optimal power consumption, accuracy and operational performance

4. -University of Cyprus (intelligent systems), University of Milano-Bicocca (vision and image processing), Chalmers University of Technology (embedded and reconfigurable systems), STMicroelectronics (intelligent cars) and SmartCardia (biomedical and diagnostic devices). -Seeking for industrial partners working on large-scale cyber-physical systems The Consortium