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Cyber-Hygeia Intelligent Real-Time Up-Normal event detection in Modern Cyber-Physical Systems Contact person: [email protected]

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

Cyber-HygeiaIntelligent Real-Time Up-Normal event detection in

Modern Cyber-Physical Systems

• Contact person: [email protected]

Page 2: Cyber-Hygeia Intelligent Real-Time Up-Normal event detection in Modern Cyber-Physical Systems Contact person: roberto.zafalon@st.comroberto.zafalon@st.com

- 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

Page 3: Cyber-Hygeia Intelligent Real-Time Up-Normal event detection in Modern Cyber-Physical Systems Contact person: roberto.zafalon@st.comroberto.zafalon@st.com

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

Comm

unication

Contr

ol

Sensin

g

Data Processing

protocols

security adaptive

self-organizing

dynamic

Enabling Technologies

Reconfigurable Circuits & H/W

Ultra-Low Power

Embedded CPU

Real-TimeO/S

Smart Cyber-Physical System

Monitoring Regions

Intelligent Real-Time Monitoring & Diagnostic Engine

LEARNING

DEVELOPMENTDESIGN,

REFINEMENT & OPTIMIZATION

EVOLUTION VIA RECONFIGURATION

CPS Behavioral Model

Page 4: Cyber-Hygeia Intelligent Real-Time Up-Normal event detection in Modern Cyber-Physical Systems Contact person: roberto.zafalon@st.comroberto.zafalon@st.com

- 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