The scientific program will largely but not uniquely, concentrate around the CFP listed below:

• Embedded Control Systems
• Adaptive Control Techniques
• Object-Oriented Petri Nets
• Petri Nets
• Model-Based Diagnosis
• Lisp Programming
• Real-Time Systems
• Real-Time and Fault-Tolerant Systems
• Alarming and Fault Diagnosis Systems
• Fuzzy Control Systems
• Neuro Controllers
• Neuro-Fuzzy Controllers
• Genetic Algorithms
• Robust Control
• Stability, Controllability and Observations
• Multidimensional Systems
• Robot and Manipulator Control
• Pursuing and Tracking
• Linear and Non-Linear Systems
• Power System Control
• Perceptual Control Systems
• Autonomous Traffic and Transport Systems
• Modeling and Simulator Building
• Modeling, Estimation and Prediction
• Automatic Control of Chemical Processes
• Automotive Control Systems and Autonomous Vehicles
• Thermal System Control
• Process Control
• Sensors, Actuators and Transducers
• Industrial Control Electronics
• Biologically inspired Control Techniques
• Data Acquisition and Measurement Engineering
• Studies on Signal and System
• Large Scale Control Systems
• Intelligent Control Systems
• Stochastic Control
• Aerospace Control Systems
• Defense and Military Systems Control
• Digital and Analogue Control
• Motion and Navigation Control
• Temporal and Spectral System Analysis
• Studies on nuclear systems control
• Control Analysis of Social and Human Systems
• Biomedical Control Systems