The scope of International Conference on Hydromechatronics and Advanced Robot Control Technology (HARCT) aims to encourage experts and scholars from different backgrounds to share their research results, technological advances, and industry insights, and to jointly promote the development and application of hydromechatronics and advanced robotics control technologies.

TOPIC 1

Complex Hydromechatronics System
Mechanism and Machine Science
Laser Processing Technology
Photoelectric Devices
Computational Mechanics
Flexible Manufacturing Technology & System
Mechanical Power Engineering
Engineering Optics
Precision Mechanics & Hydromechatronics
Control Technologies in Hydromechatronics
Actuator and Sensor Systems
Haptics and Robotics
Adaptive Control and Al in Hydromechatronics
Automotive Control
Electronic Circuit and Technology
Visual Servo Systems and image Processing in Hydromechatronics Applications
Network and Communication Technologies in Hydromechatronics
Control Theory and Technology for Hydromechatronics
Intelligent Construction Machinery
Electromagnetic Wave
Fluid Power Transmission and Control
Intelligent Design and Control of Large-Scale Hydromechatronics Systems
Intelligent Control of Modern Logistics Equipment
Robotics and Industrial Automation
Intelligent System Monitoring and Sensing
Digital Hydraulic Control and Manufacturing Technology
Additive Manufacturing Technology for Hydraulic Components
Fluid Power Research
Transmission and Control
Robot and Application
Additive Manufacturing Technology
Intelligent Hydraulic Components
Micro/nano-fluidics

TOPIC 2

Artificial Intelligence
Bio-inspired Robotics
Control Algorithms and Control Systems
Evolutional Robotics
Photoelectric Measurement, Control and Sensing
Force Sensors, Accelerometers, and other Measuring Devices
Human-Robot Interaction
Mathematical and Computational Methodologies in Robotics
Robotic Perception and Decision
Sensor Integration, Fusion, and Perception
Robotics and Control
Search, Rescue and Field Robotics
Space and Underwater Robots
Precision Motion Control
Industrial Automation
Adaptive Control
Control System Modeling
Robust Control
Optimal Control
Discrete Event Systems
Hybrid Systems
Control of Biological Systems
Control Applications