The design of Cyber-Physical Systems (CPS) requires multi-disciplinary skills. In particular, the combined knowledge of various disciplines such as, control theory, signal processing, fault detection, and real-time computing, is crucial for the effective developments of CPS. Consequently, the course aims at providing to the students basics on such thematic areas considering a system-oriented approach. Moreover, also innovative methodologies for fault diagnosis and protection of CPS will be discussed considering the direct study of advanced research papers.
teacher profile teaching materials
- Modeling CPS
- Communication standards and technologies for CPS
- Real time system
- Fault diagnosis: model based detection-isolation-identification of anomalies
- Model based anomaly detection for cyber attacks
Scientific papers
Programme
- Introduction to CPS: applications and evolution- Modeling CPS
- Communication standards and technologies for CPS
- Real time system
- Fault diagnosis: model based detection-isolation-identification of anomalies
- Model based anomaly detection for cyber attacks
Core Documentation
Notes of the courseScientific papers
Reference Bibliography
'Model-based fault diagnosis techniques. Design schemes, Algorithms, and Tools'. Steven X. Ding, Springer-Verlag Berlin Heidelberg, 2008Type of delivery of the course
The agenda of the course includes both traditional lectures and classroom and laboratory exercises on problems regarding the definition and design of Cyber-Physical Systems.Attendance
Although not mandatory, attendance is strongly recommended in consideration of the strong link existing between the theoretical part of the subject matter and the applications.Type of evaluation
Written test, oral test, project evaluation, test in itinere.