Call for Papers
The 7th International ASME/IEEE Conference on
Mechatronics & Embedded Systems & Applications (MESA11) A4 | Letter
Conference Topics
Autonomous Systems & Ambient Intelligence
- Autonomous Navigation and Control
- Robot Intelligence
- Reinforcement Learning
- Multi-agent Systems
- Teleoperation & Coordination
- Distributed Control Systems
- Indoor Localization
- Wireless Sensor Networks
Bio-Mechatronics
- Biomechatronics Design, Biomedical Robotics, Robotics for Medical Surgery
- Rehabilitation Robotics, Robotics for Stroke Patients and Wearable Medical Devices, Assistive Technology for Injured, Elderly and Disabled
- Microelectronics, Health Monitoring Devices, Embedded Signal Processing, Low-power Design
- Bioelectromagnetism, Electrical Bioimpedance, Implantable Electronics
- Biorobotics, Biomaterials, Biosensors & MEMS, Biomechanical Devices
- New Materials, New Sensing and Actuation Technology for Biomechatronic Systems
- Medical Imaging and Visualisation, Simulation and Navigation, Virtual Reality, Intuitive Command and Control Systems, Haptics and Sensor Technologies
- Biomechatronic System Modelling, Simulation of Bio-Systems, System Identification
- Biomechanics Study and Modelling
- Interaction between Devices and Humans, Adaptive Control Methods
Cyber-Physical & Cooperative Systems
- Human-centric Cyber Physical Systems
- Enabling embedded components in Cyber Physical Systems
- New mission scenarios of Cyber Physical Systems
- Cooperative Sensing policy in Cyber Physical Systems
- Cooperative Actuation policy in Cyber Physical Systems
- Information sharing and agreement in Cyber Physical Systems
- Virtualization and virtual organization in Cyber Physical Systems
- Complexity measures for Cyber Physical Systems
- Random delay effects in Cyber Physical Systems
- Communication management in Cyber Physical Systems
- Mobility (mobile sensors and actuators) in Cyber Physical Systems
- Multi-scale analysis of Cyber Physical Systems
- Scale-free network structure of Cyber Physical Systems
- Medical Cyber Physical Systems
Diagnosis & Monitoring in Mechatronic Systems
- Survey of recent development of fault diagnosis and monitoring in mechatronic systems
- Modeling and fault diagnosis
- New theories, methods and applications of fault diagnosis
- Fault detection and identification
- Fault-tolerant control, and experimental research on diagnosis and control for mechatronic systems
Design & Verification Tools for Embedded Systems
- System-level design and modelling tools
- Design space exploration tools
- Simulation tools and emulators
- Model checking and equivalence checking tools
- Compilers, assemblers, implementation and synthesis tools
- Power analysis and optimization tools
- Test, debug and diagnosis tools
- Integrated design environments and tool chains
- Hardware/software co-design and co-verification tools
- Surveys, new methodologies and case studies related to design and verification tools for mechatronic & embedded systems
Embedded Systems Infrastructure & Theory
- Algorithms for Embedded & Mechatronic Systems
- Models of Embedded Computation
- Software Architectures for Embedded Systems
- Design and Validation of Embedded Systems
- Formal Methods & Case Studies
- System-on-Chip and Network-on-Chip Design
- Hardware/Software Co-Design
- Power-aware Design Issues
- Real-time Aspects & Systems
- Operating System & Middleware Support
- Networked Embedded Systems
- Embedded Systems Applications
Fractional Derivates and their Applications
- mathematical modeling of fractional dynamic systems
- analytical and numerical techniques to solve these equations
- fractional models of viscoelastic damping
- large scale finite element models of fractional systems and associated numerical schemes
- fractional controller design and system identification
- stability analysis of fractional systems
- nonlinear and stochastic fractional dynamic systems
- fractional models and their experimental verifications, and applications of fractional models to engineering systems in general and mechatronic embedded systems in particular
Mechatronic & Embedded Energy Systems
- Design, analysis and modeling of energy systems
- Engine control and optimization processes
- Energy systems software/hardware, theory and implementations
- Wind, solar, hydro and any other alternative form of energy systems
- Energy savings
- Remote stationary, off-road and other mobile applications
- Emerging mechatronic and embedded technology for energy systems
Mechatronic & Embedded Systems Applications
- Challenges, requirements, models, and constraints associated with various application domains
- Use of mechatronic and embedded technologies in meeting particular system requirements, performance, scalability, reliability, and security
- Assessments of mechatronic and embedded technologies for particular application domains
- Technology transition lessons learned
- Applications in intelligent transportation systems
- Applications in intelligent manufacturing and automation systems
- Applications in underwater, flying and aerospace systems
- Applications in mobile robotics and automotive systems
- Applications in medical systems
Mechatronics & Embedded Systems Education
- Innovations in course, curriculum, laboratory development
- Development of teaching tools and innovative teaching strategies
- Integration of emerging technologies into the undergraduate and graduate programs
- Experiences in e-learning and distance learning in the domains of mechatronic & embedded systems
Mechatronic Control & Electrical Vehicular Systems
- Advanced mechatronic control (software-/hardware-based)
- Analysis, modeling and simulation of mechatronic control system
- Nonlinearity compensation in mechatronics
- Mechatronics in advanced manufacturing
- Mechatronic control in electric vehicles
Robotics & Mobile Machines
- Novel robots
- Robots with legs and metamorphic structures
- Reconfigurable robots
- Biomedical devices
- Man-machine interface and applications
- Underwater robots and swimming robots
- Space robots
- Path planning and navigation
- Mobile robots and applications
Sensors & Actuators
- Force Sensors, Multi-axis Force & Torque Sensors
- Smart Material Sensors and Actuators
- MEMS Application for Sensors and Actuators
- Biomimetic Sensor and Actuator Design
- Robotic Applications of Sensors and Actuators
- Optical Sensors
- Acoustic Sensors
- Tactile Sensors
- RF Sensors
- Self-sensing Actuator
- Encoder Applications
- Sensor Fusion
Sensor Networks & Networked Embedded Systems
- Network architecture and protocols
- Software platforms and development tools
- Self-organization, scalability, and synchronization
- Routing and data dissemination
- Quality of service
- Energy conservation and management
- Data processing, storage and management
- Mobile ad hoc networks
- Bio-inspired sensor networks
- Vehicle control networks
- Sensor network applications
Small Unmanned Aerial Vehicle Technologies and Applications
- Fixed-wing small UAV technologies
- Small UAV as flying sensors and applications
- State estimation and fault diagnosis for small UAVs
- Multi-UAV cooperative navigation and control
- Small UAV software architectures
- Rotary-wing small UAV technologies
- Low cost IMU and autopilot development
- Vision-based navigation for small UAVs
- Low cost UAV platforms
- Resilient flight controls
- Small UAV software architectures
- Resilient flight controls
- Fault-tolerant control
- Airworthiness
- Student UAV/UAS competitions
Virtual Prototyping in Mechatronics
- Virtual Prototyping-based design methods for intelligent mechatronics products
- Immersive modeling systems for mechatronics
- Advanced Virtual Prototyping toolkits based on mechatronics solutions
- Virtual Prototyping and Hardware-in-the-Loop testing and simulation
- Application of VR/MR/AR in mechatronics design and development
- Multimodal and multisensory interaction: advanced haptics, tactile, visual and audio displays
- Multi-user virtual environments
- Internet-based platforms based on AR/MR for mechatronics
- Tools and methods for multi-disciplinary and cooperative design in mechatronics
- Advanced applications of VP tools in mechatronics
- Virtual Prototyping technology for manufacturing plants simulation
- Early testing and verification of mechatronics products
- Human-computer studies and validation of interaction