The objectives will be the study and comprehension of systems of system theory and the modeling of large infrastructures (distribution networks, telecommunication networks, transportation networks). Interdependencies among different infrastructures will be analyzed with the aim of evaluating the distributed risk and designing resilient systems. Service oriented architectures will be studied as well as distributed awareness systems.
teacher profile teaching materials
Vulnerability of industrial control systems. Cyber attacks to ICS. Smart Behavioral Filter. Hands-on ICS.
Decision Support Systems. Building Automation Systems. Smart Cities. Introduction to IoT. IoT Database. Iot Cloud.
Mutuazione: 20810529 Cybersecurity for Industrial IoT and Critical Infrastructures in Ingegneria gestionale e dell'automazione LM-32 PANZIERI STEFANO
Programme
Interdipendency and complexity within infrastructural systems and in emergency management. CISIApro 2.0. NIS directive. Control rooms. GDPR. Introduction to risk analysis in interdependent systems. MHR modelling. Complex networks.Vulnerability of industrial control systems. Cyber attacks to ICS. Smart Behavioral Filter. Hands-on ICS.
Decision Support Systems. Building Automation Systems. Smart Cities. Introduction to IoT. IoT Database. Iot Cloud.
Core Documentation
Notes of the professorType of delivery of the course
Classroom lessons. Some recorded lectures of previous years will be available.Attendance
Classroom lessonsType of evaluation
Oral exam, project evaluation.