25th International Symposium on Measurement, Control, and Robotics
Symposium Theme: Robotics and Virtual Tools for a New Era
Important: the symposium schedule is according to US Central Time Zone (Houston, TX)
Organized by
IMEKO Technical Committee on Robotics (TC17)
Technical Sponsored by
IEEE Robotics and Automation Society
IEEE Aerospace and Electronics Systems Society
IEEE Instrumentation Measurement Society
Financial Coordination by
Clear Lake Council of Technical Societies
Event coordinated and supported by
IEEE Galveston Bay Section Joint Technical Societies Chapters
University of Estácio de Santa Catarina, Brazil
This symposium focuses on various aspects of research, applications, and trends of robotics, advanced human-robot systems, and applied technologies, e.g. in the fields of robotics, telerobotics, autonomous vehicles, self-piloted electric passenger drones, simulator platforms, as well as virtual/augmented reality, Metaverse, and 3D modelling and simulation. All papers will have peer reviews and will be published with IMEKO guidelines.
Like its previous editions, ISMCR 2022 will serve as a forum for the exchange of recent research results and novel ideas in robotic technologies and applications in support of our theme of Robotics and Virtual Tools for a New Era. The topics may include but are not limited to the following:
- Sensors/Smart Sensors their Integration / Fusion
- Advanced Controls and Actuators
- Methods of Artificial Intelligence in Robotics
- Humanoid, Climbing/Walking, Service, and Autonomous Robots
- Self-piloted electric passenger drones and vehicles
- Anthropomorphic Robots/Mobile Robots
- Tele-existence / Telepresence
- Augmented Reality / Mixed Reality / Virtual Reality
- Metaverse
- Artificial Intelligence / IoT
- Intelligent CAD and IMS
- Visual / Auditory / Tactile / Force Displays
- VR Interaction and Navigation Techniques, Distributed VR Systems, and Motion Tracking
- VR Input and Output Devices, Innovative Applications of VR
- Education and Entertainment Robots
- Medical and Healthcare Robots
- Micro and Nano Robots
- Innovative Robotics Application