Scopes
(The following topics include but are not limited to)
Track 1: Mechanical-Electrical Systems and Electromechanical Equipment
Mechanical-electrical integration modeling, dynamic simulation optimization
Precise servo drives and electromechanical actuators
Industrial, collaborative and mobile robot systems
MEMS micro-electromechanical and micro-electromechanical equipment
Electro-hydraulic servo and electromechanical-hydraulic integrated systems
Medical electromechanical equipment and rehabilitation robots
Mechanical systems for inspection, underwater special robots
Mechanical equipment fault diagnosis and health management
Multi-physical field coupling and vibration reduction of mechanical systems
Flexible mechanisms and soft robotics design
Vehicle-mounted mechanical-electrical integrated execution systems
Aircraft onboard mechanical actuation equipment
Numerical intelligent processing mechanical-electrical equipment
Mechanical equipment reliability and life assessment
Track 2: Embedded Systems and Software Hardware Design
Embedded hardware architecture and processor applications
Embedded real-time operating systems and task scheduling
Embedded software development and reliability design
Edge computing low-power embedded terminals
Embedded sensing acquisition and interface technology
FPGA/MCU development and hardware acceleration
Industrial buses and embedded wireless communication
Embedded digital twin and condition monitoring
Embedded security and firmware protection
Embedded machine vision real-time processing
Internet of Things embedded sensing nodes
Heterogeneous embedded software and hardware collaborative optimization
Wearable micro-embedded systems
Track 3: Intelligent Control Theory and Engineering Applications
Adaptive, robust control and model predictive control
Sliding mode control and nonlinear multivariable control
Fuzzy, neural networks and reinforcement learning control
Servo motion control and trajectory tracking
Robot autonomous navigation and motion control
Motor intelligent control and power transmission
Networked control systems and delay compensation
Multi-agent cooperative control
Fault-tolerant control and system reconfiguration
Event-triggered and finite-time control
Industrial production line intelligent measurement and control and scheduling
Unmanned aerial vehicle attitude and autonomous flight control
Digital twin-driven intelligent control system
Vibration active control
Machine learning for system identification and optimization
Machine force control and compliant control
Closed-loop intelligent measurement and control system integration
...
Track 1: Mechanical-Electrical Systems and Electromechanical Equipment
Mechanical-electrical integration modeling, dynamic simulation optimization
Precise servo drives and electromechanical actuators
Industrial, collaborative and mobile robot systems
MEMS micro-electromechanical and micro-electromechanical equipment
Electro-hydraulic servo and electromechanical-hydraulic integrated systems
Medical electromechanical equipment and rehabilitation robots
Mechanical systems for inspection, underwater special robots
Mechanical equipment fault diagnosis and health management
Multi-physical field coupling and vibration reduction of mechanical systems
Flexible mechanisms and soft robotics design
Vehicle-mounted mechanical-electrical integrated execution systems
Aircraft onboard mechanical actuation equipment
Numerical intelligent processing mechanical-electrical equipment
Mechanical equipment reliability and life assessment
Track 2: Embedded Systems and Software Hardware Design
Embedded hardware architecture and processor applications
Embedded real-time operating systems and task scheduling
Embedded software development and reliability design
Edge computing low-power embedded terminals
Embedded sensing acquisition and interface technology
FPGA/MCU development and hardware acceleration
Industrial buses and embedded wireless communication
Embedded digital twin and condition monitoring
Embedded security and firmware protection
Embedded machine vision real-time processing
Internet of Things embedded sensing nodes
Heterogeneous embedded software and hardware collaborative optimization
Wearable micro-embedded systems
Track 3: Intelligent Control Theory and Engineering Applications
Adaptive, robust control and model predictive control
Sliding mode control and nonlinear multivariable control
Fuzzy, neural networks and reinforcement learning control
Servo motion control and trajectory tracking
Robot autonomous navigation and motion control
Motor intelligent control and power transmission
Networked control systems and delay compensation
Multi-agent cooperative control
Fault-tolerant control and system reconfiguration
Event-triggered and finite-time control
Industrial production line intelligent measurement and control and scheduling
Unmanned aerial vehicle attitude and autonomous flight control
Digital twin-driven intelligent control system
Vibration active control
Machine learning for system identification and optimization
Machine force control and compliant control
Closed-loop intelligent measurement and control system integration
...
Important Dates/重要日期
- Submission Deadline: 2026.11.18
- Registration Deadline: 2026.11.25
- Conference Date: 2026.12.3
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: iacademic_info@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
蒋老师
+86-15680824672(微信同号)
3761629232
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