Program
Time Table
◆ 1A1 May 27 9：30−11：00| 【RoboMech for Application system】 | Robotics and Mechatronics in Agriculture |
| 【RoboMech for Application system】 | Robotics and Mechatronics in Construction and Demolition |
| 【RoboMech for Application system】 | Cleaning robot |
| 【RoboMech for Application system】 | Robots for Works |
| 【RoboMech for Application system】 | Manufacturing System and Manufacturing Machinery Mechatronics |
| 【RoboMech for Application system】 | Mechatronics for Ecology System |
| 【RoboMech for Application system】 | Developing Intelligent Technology for Next-Generation Robots |
| 【RoboMech Fundamentals】 | Cooperation Control of Multi Robots |
| 【RoboMech Fundamentals】 | Robot Hand Mechanism and Grasping Strategy |
| 【RoboMech Fundamentals】 | Multi-agent Robots/Modular Robots |
| 【RoboMech Fundamentals】 | New Control Theory and Motion Control |
| 【RoboMech Fundamentals】 | Evolution and Learning for Robotics |
◆ 1A2 May 27 11：30−13：00
| 【RoboMech for Application system】 | Robotics & Mechatronics in Hyper Environment |
| 【RoboMech in Field】 | Robotics for Hazardous Fields |
| 【RoboMech in Field】 | Search and Rescue Robot and Mechatronics |
| 【RoboMech in Field】 | Space Robotics and Mechatronics |
| 【RoboMech in Field】 | Aerial Robot and Mechatronics |
| 【RoboMech in Field】 | Underwater Robot and Mechatronics |
| 【RoboMech in Field】 | ITS and Robot Technology |
| 【Nano/Micro Robotics & Mechatronics】 | MEMS and Nano-Technology |
| 【Nano/Micro Robotics & Mechatronics】 | Nano/Micro Manipulation System |
| 【Nano/Micro Robotics & Mechatronics】 | Nano/Micro Fluid System |
| 【Nano/Micro Robotics & Mechatronics】 | Nano/Micro Bio System |
| 【Nano/Micro Robotics & Mechatronics】 | Microrobot & Micromachine |
◆ 1P1 May 27 14：00−15：30
| 【Human-Robot Coordination】 | VR and Interface |
| 【Human Centered & Biomimetics of RoboMech】 | Biorobotics |
| 【Mobile Robot System】 | Wheeled Robot |
| 【Mobile Robot System】 | Vision System for Mobile Robot |
| 【Mobile Robot System】 | Mobile Manipulation Robot |
| 【Sensing and Perception】 | Haptic Interface |
| 【Sensing and Perception】 | Non-contact Sensing |
| 【Sensing and Perception】 | 3D Measurement/Sensor Fusion |
| 【Special OS】 | Robotics & Mechatronics technology and Cooperation with industry in Okayama |
| 【Joint Session of JSME departments】 | Dynamics & Designe of Robotsystem |
◆ 2A1 May 28 9：30−11：00
| 【Human-Robot Coordination】 | Robotics with Safety and Reliability |
| 【Human-Robot Coordination】 | Cooperation between Human and Machine |
| 【Human-Robot Coordination】 | Communication Robot |
| 【Human-Robot Coordination】 | Wearable Robotics |
| 【Human-Robot Coordination】 | Robots for Home/Office Application |
| 【Human-Robot Coordination】 | Robots for Amusement and Entertainment |
| 【RoboMech for Mechanism & Control】 | Parallel Robot/Mechanisms and its Control |
| 【RoboMech for Mechanism & Control】 | Flexible Robot/Mechanism and its Control |
| 【RoboMech for Mechanism & Control】 | Mechanism and Control for Wire Actuation System |
| 【RoboMech for Mechanism & Control】 | Environmentally-Adapted Mechanism and Control |
| 【Sensing and Perception】 | Robot Vision |
| 【Sensing and Perception】 | Localization and Mapping |
| 【Joint Session of JSME departments】 | Robotics in the automotive |
◆ 2A2 May 28 11：30−13：00
| 【RoboMech Fundamentals】 | Mechanism and Control for Actuator |
| 【Mobile Robot System】 | Walking Robot |
| 【Mobile Robot System】 | Passive Walking Robot |
| 【Mobile Robot System】 | Mobile Robot with Special Mechanism |
| 【Sensing and Perception】 | Tactile and Force Sensing（1） |
| 【Educations using RoboMech】 | Manufacturing Education and Mechatronics/Enjoy Mechatronics DIY |
| 【Educations using RoboMech】 | RoboCup and Robot Contest |
| 【Educations using RoboMech】 | Education through Robot Contest |
◆ 2P1 May 28 14：00−15：30
| 【RoboMech in Medical & Welfare Fields】 | Medical Robotics and Mechatronics |
| 【RoboMech in Medical & Welfare Fields】 | Welfare Robotics and Mechatronics（1） |
| 【RoboMech in Medical & Welfare Fields】 | Universal Design & Robot Therapy |
| 【Environment for Robomech】 | Network Robotics |
| 【Environment for Robomech】 | Intelligent and Robotic Room |
| 【Environment for Robomech】 | Integrating Ambient Intelligence |
| 【Environment for Robomech】 | RT Middleware and Open System |
| 【Human Centered & Biomimetics of RoboMech】 | Bio-Mimetics and Bio-Mechatronics |
| 【Sensing and Perception】 | Tactile and Force Sensing（2） |
| 【Special OS】 | Biosignal & Robotics Mechatronics |
◆ 2P2 May 28 16：00−17：30
| 【RoboMech in Medical & Welfare Fields】 | Surgical Robotics and Mechatronics |
| 【RoboMech in Medical & Welfare Fields】 | Welfare Robotics and Mechatronics（2） |
| 【RoboMech in Medical & Welfare Fields】 | Rehabilitation Robotics and Mechatronics |
| 【Human Centered & Biomimetics of RoboMech】 | Humanoid |
| 【Human Centered & Biomimetics of RoboMech】 | Digital Human |
| 【Human Centered & Biomimetics of RoboMech】 | Neurorobotics & Cognitive Robotics |
| 【Human Centered & Biomimetics of RoboMech】 | Mobiligence |
| 【Human Centered & Biomimetics of RoboMech】 | Sense, Motion and Measurement |
| 【Human Centered & Biomimetics of RoboMech】 | Informative Motion & Motion Media |