📚︎Track 1: Nonlinear Modeling and Analysis

· Modeling of nonlinear dynamical systems

· System identification and parameter estimation

· Stability, controllability and observability analysis

· Nonlinear phenomena such as bifurcation and synchronization

· Time-delay, switched and stochastic nonlinear systems

· Modeling of complex industrial processes and engineering systems

📚︎Track 2: Nonlinear Control and Optimization

· Feedback linearization, backstepping and sliding mode control

· Adaptive control, robust control and optimal control

· Constrained control and prescribed performance control

· Stabilization, tracking and cooperative control of nonlinear systems

· Control of time-varying uncertain systems

· Novel control theories and algorithms

📚︎Track 3: Intelligent Control and Learning

· Neural network control and fuzzy control

· Applications of reinforcement learning and deep learning in control

· Iterative learning control and adaptive learning

· Data-driven modeling and control

· Intelligent optimization algorithms and control system design

· AI-empowered nonlinear control

📚︎Track 4: Engineering Applications and System Implementation

· Control of robots, UAVs and unmanned ground vehicles

· Control of power systems and energy systems

· Control of chemical processes and intelligent manufacturing

· Control of transportation systems and networked systems

· Control problems in biological and medical systems

· Applications of nonlinear control in complex engineering systems