Topics
Topics covered by the workshop will include, but are not limited to:
- Basic principles and development trends in Measurement for Diagnostics, Optimization & Control
- Sensors, signal acquisition and processing for Diagnostics, Optimization & Control
- Condition monitoring and maintenance of industrial processes, plants and complex systems
- Failure & fault detection and prognosis
- Artificial intelligence, machine learning and data science for Diagnostics, Optimization & Control
- Industry 4.0 foundations, applications, trends and novelties
- Methods and algorithms for real-time Diagnostics, Optimization & Control
- In the loop testing, design, and simulation approaches of dynamic systems
- Embedded systems in Diagnostics, Optimization & Control
- Uncertainty in Diagnostics, Optimization & Control
- Digital transformation
- Internet of Things (IoT) oriented Measurement for Diagnostics, Optimization & Control
- Human aspects in Diagnostics, Optimisation & Control
- Measurement for Diagnostics, Optimization & Control for the improvement of quality of life and environment
- Product conformity assessment, quality management and process analysis
- Measurement for Diagnostics, Optimization & Control for safety and risk assessment
- Non-destructive Testing for Diagnostics, Optimization & Control
- Standards in Measurement for Diagnostics, Optimization & Control
- Mechanical systems' principles in Measurement for Diagnostics, Optimization & Control
- Instrument fault detection, optimization & control in autonomous driving vehicles
- Diagnostics, Optimization & Control applications in various sectors like industry, transportation, mechatronics, electronics, acoustics, urban systems, living environment, civil engineering, technology of health systems, avionics, automotive, energy, machining, green environment, water treatment and biomedical fields, etc.
