2026 4th International Conference on Control and Robot Technology (ICCRT)

https://iccrt.org

Important Dates

• Submission Deadline:  March 5, 2026
• Notification Date:    April 5, 2026
• Registration Deadline:  April 20, 2026

Conference Venue

• Tokai University(Shonan Campus), Hiratsuka, Japan

ICCRT 2026 conference will be held in Tokai University(Shonan Campus), Hiratsuka, Japan during August 18-20. 2026. ICCRT 2026 is co- sponsored by Tokai University (Shonan Campus) and Robotics Society of Singapore. ICCRT will offer an ideal platform for presentation, discussion, criticism, exchange of innovative ideas and current challenges in the field of Control and Robot Technology.

The main theme of the conference is to address and deliberate on the latest technical status and recent trends in the research and applications of machine learning technologies. The purpose of the conference is to provide an opportunity for the scientists, engineers, industrialists, scholars and other professionals from all over the world to interact and exchange their new ideas and research outcomes in related fields and develop possible chances for future collaboration. The conference is also aimed at motivating the next generation of researchers to promote their interests in control and Robot technology.

Call for Papers

The proposed conference solicits original, unpublished and novel papers for research publication and presentation in research track, and industry/application papers in application track. Articles describing novel ideas and applications in all areas of Control and Robot Technology are of interest, including the following:

• Aerial and underwater robotics
• Bio-inspired robotics
• Cable robots, cognitive robotics
• Cognitive Approach for Robotics
• Collaborative robotics
• Collective and Social Robots
• Control and Supervision Systems
• Human-Robots Interfaces
• Humanoid Robots
• Humanoids
• Intelligent robotics and systems
• Legged robots, manipulation
• Mechatronics systems
• MEMS
• Micro- and nano-robots
• Mobile Robots and Intelligent Autonomous Systems
• Modeling and identification
• Motion planning and learning
• Network Robotics
• Opto-mechatronics
• Parallel robotics
• Probabilistic robotics
• Reconfigurable robots
• Robot calibration
• Robot control
• Robot Design, Development and Control
• Robotic platforms
• Robust control and Process control
• Service and field robotics
• Social robotics
• Vision, Recognition and Reconstruction
• Visual robotics
• Wheeled mobile robots