– Integration of Power conversion, Electric machine, and Control –

Track

  • Track 1. Semiconductor Power Conversion
    • New generation Power device, Passive components and materials
      • Power devices (Si, wide band-gap and other materials) and applications
      • Passive components and materials
    • Emerging technologies in Packaging, thermal management, system integration and Reliability (Advanced fault protection systems, Diagnostics)
      • Power electronic packaging
      • Integration and advanced manufacturing
      • Thermal management and advanced cooling technologies
      • Reliability
      • Advanced fault protection systems
      • Diagnostics
      • Prognostics
    • Advanced Power conversion topology
      • Power conversion topologies
      • Converters and systems
      • High power/voltage power conversion
    • Sophisticated Modulation, control and analysis
      • Modulation and control
      • Modeling and control of components
    • Latest solution for EMI and EMC
      • EMI and EMC
    • Application-oriented power converter and control
      • Renewable energy and energy storage
      • Energy conversion for information technology and communication systems
      • Wireless power transfer
      • Related power distributions:FACTS,HVDC,STATCOM
  • Track 2. Industrial Instrumentation and Control
    • Mechatronics
      • Haptics
      • Motion Control
      • Precision Servo Control
      • Robotics
      • Automotive Control
      • Data Utilization for Control
    • Advanced control and its industry applications
      • Control Applications
      • Automation and Process Control
      • Network-based Control
      • Advanced Control Theory
    • AI and signal processing for industry applications
      • Machine Learning
      • Model Predictive Control
      • Optimal Control
      • Optimization in Industry Applications
      • Signal Processing
    • Sensing and actuation technologies
      • Advanced Actuation Techniques
      • Special Actuators
      • Advanced Sensing Techniques
      • Diagnosis and Monitoring
      • Vision System
      • Sensor Fusion
      • Sensor Network
  • Track 3. Rotating Electrical Machine
    • Permanent Magnet Machines
      • Permanent Magnet Machines
    • Variable Flux Machines
      • Variable Flux Machines
    • Induction Machines
      • Induction Machines
    • Reluctance Machines
      • Reluctance Machines
    • Wound Field Machines
      • Wound Field Machines
    • Switched Reluctance and Flux Switching Machines
      • Switched Reluctance and Flux Switching Machines
    • Bearingless and High Speed Machines
      • Bearingless and High Speed Machines
    • Axial Flux Machines
      • Axial Flux Machines
    • Special Machines
      • Magnetic Gears
      • Rotating Actuators
    • Materials, Losses, Thermal, and Manufacturing Issues
      • Magnetic Materials
      • Insulation Materials
      • Conductive Materials
      • AC Losses
      • Additive Manufacturing
      • Cooling
    • Magnetic Field Analysis
      • FEM
      • Optimization
    • Applications
      • Transportation
      • Aero-Space
      • Home Applicances
      • Industy Applications
  • Track 4. Motor Drive and Control
    • Controls and Drives of Electric Machines
      • Controls and Drives of Electric Motors
      • Controls and Drives of Electric Generators
      • Multiple and Multi-Phase Motor Drives
    • Sensorless Control
      • Sensorless Controls and Drives of Electric Motors
      • Observer
      • Extended Electromotive Force Model
    • Model Predictive Control
      • Model Predictive Control applied for Motor Drives
      • Industrial Application of Model Predictive Control
      • Practical Technique and Implementation of Model Predictive Control
    • Control Theory for Motor Drives
      • Torque Ripple and Noise/Vibration Reduction
      • Control Modeling for Electric Machines
      • Parameter Identification for Electric Machines
      • Machine Learning for Motor Drives
    • Condition Monitoring and Diagnostics
      • Condition Monitoring and Diagnostics of Electric Motors
      • Condition Monitoring and Diagnostics for Motor Drives
      • Practical Technique for Condition Monitoring and Diagnostics
    • Practical Technique of Motor Drive Systems
      • EMI/EMC
      • Common Mode Noise
      • Packaging
      • Circuit/Drive Implementation Technique
      • DSP/FPGA-dependent digital control
      • Off-Line and Real Time Simulation
    • Sensors for Electric Machines
      • Resolver/Encoder
      • Current Sensor
      • Torque Sensor
      • Other Related Sensors
  • Track 5. Linear Drives
    • Linear Motors
      • Linear Motors
      • Linear Synchronous Motors
      • Linear Induction Motors
      • Linear DC Motors
      • Linear Reluctance Motors
      • Linear Generators and Energy Harvesting
    • Magnetic Levitation
      • Magnetic Bearings
      • Active Magnetic Suspension
      • Electromagnetic Suspension
      • Electrodynamic Suspension
      • Non Electromagnetic Suspension
    • Actuators
      • Linear Actuators
      • Multi-Degree-of-Freedom Actuators
      • Planar Motors
      • Spherical Motors
      • Non Electromagnetic Actuators
      • MEMS (Micro-Electro-Mechanical Systems)
    • Non-Contact Power Supply/Transmission for Linear Drives
      • Electromagnetic Induction type
      • Transformer type
      • Electromagnetic Resonant type
      • Electrically Coupled Resonant type
      • Microwave type
  • Track 6. Vehicle Electrification-related Technologies
    • Vehicle Electrification-related Technologies
      • Power Electronics Systems and Components in xEVs
      • Rotating Machines in xEVs
      • Energy Storage and Management Systems in xEVs
      • EV Charging Infrastructure and Management
  • Track 7. Power Electronics Applied to Home Appliance and V2X
    • Power Electronics Applied to Home Appliance and V2X
      • Energy saving technology for home appliances
      • Energy creation
      • Storage equipment and its control technology
      • Energy management system control technology for homes and buildings
      • Power supply equipment technology for distributed energy systems
      • Local virtual power plant
      • Vehicle to Everything
  • Track 8. Human Factor and Image Recognition
    • Human Factor and Image Recognition
      • Robotics
      • Sensing
      • Machine learning
      • Artificial intelligence
      • Cross reality(xR)
      • Image recognition
  • Track 9. Application of Power Electronics in Electric Railway and Related Public Transportation
    • Application of Power Electronics in Electric Railway and Related Public Transportation
      • Onboard power conversion
      • Traction system
      • Power and energy management
      • Electric power supply
      • Wayside power conversion
      • General power electronic application in public transportation
  • Track 10. Education in Electrical Engineering
    • Education in Electrical Engineering
      • Education in Power Electronics
      • Education in Eletrical Machines
      • Education in Control