Area of research
Aerospace Engineering · Control and Systems Engineering
Research interest
Research interests include Control theory (sociology), Actuator, Computer science, Underwater, Thrust, and Feed forward.
Autonomous Navigation and Collision Avoidance for AGV in Dynamic Environments: An Enhanced Deep Reinforcement Learning Approach With Composite Rewards and Dynamic Update Mechanisms
Dynamic hysteresis compensation and iterative learning control for underwater flexible structures actuated by macro fiber composites
Hydrodynamic effect and Fluid-Structure coupled vibration of underwater flexible caudal fin actuated by Macro fiber composites
Underwater dynamic hysteresis modeling and feedforward control of flexible caudal fin actuated by macro fiber composites
Adaptive iterative learning control and inverse compensation of macro fiber composite system with hysteresis
Residual neural network-based observer design for continuous stirred tank reactor systems
Effects of actuator-substrate ratio on hydrodynamic and propulsion performances of underwater oscillating flexible structure actuated by macro fiber composites
DeepPTV: Particle Tracking Velocimetry for Complex Flow Motion via Deep Neural Networks
Cantilever-based micro thrust measurement and pressure field distribution of biomimetic robot fish actuated by macro fiber composites (MFCs) actuators
Precision open-loop control of piezoelectric actuator
Micro thrust measurement experiment and pressure field evolution of bionic robotic fish with harmonic actuation of macro fiber composites
Electricity-structure-fluid coupled modelling and experiment of underwater flexible structure with partially distributed macro fiber composites
A survey of model predictive control methods for traffic signal control
Optimal valve closure operations for pressure suppression in fluid transport pipelines
Dynamic modeling and adaptive vibration suppression of a high-speed macro-micro manipulator