The 17th Annual IEEE International Conference on CYBER Technology in Automation, Control, and Intelligent Systems (IEEE-CYBER 2027)

The 17th Annual IEEE International Conference on CYBER Technology in Automation, Control, and Intelligent Systems (IEEE-CYBER 2027) focuses on advancing cyber technologies in automation, control, robotics, and intelligent systems through interdisciplinary innovation and integration of AI, IoT, and cyber-physical systems.

Key Topics

• Cyber-Physical Systems and Industrial Intelligence
  • Embedded and integrated sensing systems
  • Mobile intelligent and diagnostic systems
  • Micro power grids and distributed energy systems
  • Sustainable and energy harvesting technologies
• Robotics and Unmanned Systems
  • Localization, navigation and mapping
  • Human-machine interaction and perception systems
  • Medical, space and underwater robotics
  • Cooperative and parallel robot systems
• Artificial Intelligence and Embodied Systems
  • Machine learning and deep learning models
  • Reinforcement and imitation learning
  • Computer vision and intelligent interaction
  • Embodied AI applications
• Modeling, Control and Automation
  • Adaptive and networked control systems
  • Multi-agent and hybrid control approaches
  • Factory modeling and simulation
  • Automation in healthcare and life sciences
• Internet of Things and Digital Twins
  • IoT technologies and applications
  • Digital twin environments
  • Cybersecurity for communication systems
  • Wireless and hybrid communication networks
• Sensors and Measurement Systems
  • Optical fiber and vision sensors
  • Intelligent sensor networks
  • Multi-sensor data analysis with AI
  • Edge computing applications
• Humanoid Robotics
  • Perception, cognition and learning
  • Motion control and human-like movement
  • Autonomous navigation and localization
  • Biomimetic design and collaboration systems
• Brain-Machine Hybrid Intelligence
  • Brain-machine sensing and control
  • Behavioral intention prediction
  • Hybrid intelligence systems
  • Multimodal behavioral enhancement

Who should Attend

• Researchers and academics in robotics and automation
• Engineers in control systems and AI technologies
• Professionals in IoT and cyber-physical systems
• Developers of intelligent and autonomous systems
• Industry experts in smart manufacturing and energy systems
• Students and early-career researchers in related fields