The 29th International Conference on System Theory, Control and Computing (ICSTCC 2025) serves as a multidisciplinary platform to explore the latest advancements and trends in system theory, control, and computer engineering.
Topics
- Aerospace systems
- Adaptive and robust control
- Algebraic/geometric methods
- Agents-based systems
- Automotive control
- Automata/Discrete-event systems
- Biological/biomedical/biomolecular systems
- Autonomous systems
- Chemical process control
- Boolean control networks and logic networks
- Communication networks
- Cloud computing
- Computational methods
- Compartmental and Positive systems
- Constrained control
- Computer vision
- Control over communications
- Control applications
- Cyber security
- Cooperative control
- Decentralized/distributed control
- Data-driven control
- Differential-algebraic systems
- Delay systems
- Embedded systems
- Distributed systems
- Engineering education
- Energy/Power systems
- Evolutionary electronics
- Estimation/Filtering
- Fault detection/identification
- Extremum seeking
- Feedback linearization
- Fault tolerant systems
- Game theory
- Fuzzy systems/logic
- Human-Computer Interaction
- Hierarchical/supervisory control
- Identification
- Hybrid/Switched systems
- Instrumentation
- Information theory and control
- Iterative learning control
- Intelligent systems
- Large-scale systems
- Kalman filtering
- Linear systems
- Linear parameter-varying systems
- Lyapunov methods
- LMIs
- Manufacturing systems and automation
- Machine learning/Reinforcement learning
- Mean field games
- Markov processes
- Model/Controller reduction
- Mechatronics
- Neural networks
- Network analysis and control
- Nonlinear output feedback
- Nonholonomic systems
- Numerical algorithms
- Nonlinear systems identification
- Optimal control and optimization
- Observers
- PID control
- Petri nets
- Predictive control
- Power electronics/generation
- Quantized systems
- Process Control
- Randomized algorithms
- Quantum information and control
- Sampled-data control
- Robotics
- Signal processing
- Sensor networks
- Software methods and tools
- Smart cities/houses/grids
- Stability of nonlinear/hybrid systems
- Stability of linear systems
- Stochastic systems
- Statistical learning
- Traffic control
- Subspace methods
- Variable-structure/sliding-mode control
- Uncertain systems
- Variational methods
Who should Attend
Attendees involved or interested in:
- Control
- System theory
- Computer engineering
