Conference Topics | Flyer
ICMSR conference is intended to foster the dissemination of
state-of-the-art research in the area of Mechatronics System and
Robots and the fundamental interaction between them. Authors are
invited to submit regular research papers on all related areas.
Papers exploring new directions or areas will receive a thorough
and encouraging review. Areas of interest include, but not
limited to :
Mechatronics System:
- Complex mechanical-electro-liquid System
- Mechanism and Machine Science
- Powder Metallurgy/Casting/Sintering/Thermal Engineering/Welding
- High-speed/precision machining
- Laser Processing Technology
- CAD/CAM Integration Technology
- Computational Mechanics
- Computer-aided Geometric Design & Simulation
- Flexible Manufacturing Technology & System
- Material Engineering
- Mechanical Power Engineering
- Precision Manufacturing & Measurement
- Precision Mechanics & Mechatronics
- Quality & Reliability Engineerings
- System Dynamics and Simulation
- Systems Science and Systems Engineering
- Vehicle Dynamic Performance Simulation
- Mechanical Dynamics and Its Applications
- Mechanical Transmission Theory and Applications
- Mechanical Reliability Theory and Engineering
- Theory and Application of Friction and Wear
- Vibration, Noise Analysis and Control
- Dynamic Mechanical Analysis, Optimization and Control
- Structural Strength and Robustness
- Reverse Engineering
- Energy Machinery and Equipment
- Construction Machinery and Equipment
- Artificial Intelligence
- Bio-inspired robotics
- Control algorithms and control systems
Robotics :
- Design theories and principles
- Evolutional robotics
- Field robotics
- Force sensors, accelerometers, and other measuring devices
- Healthcare robotics
- Human-Robot Interaction
- Kinematics and dynamics analysis
- Manufacturing robotics
- Mathematical and computational methodologies in robotics
- Medical robotics
- Parallel robots and manipulators
- Robotic cognition and emotion
- Robotic perception and decision
- Sensor integration, fusion, and perception
- Social robotics