| ▶ Track 1: Intelligent Robotics |
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| Al in Robot | Search and Rescue Robotics |
| Robot Design | Distributed and Cloud Robots |
| Bio-inspired robots | Soft robotics and liquid metal robots |
| Humanoid Robots | Robot kinematics/dynamics/control |
| Bio-inspired Robots | Human-robot-environment Interaction |
| Construction Robotics | Medical Robots (surgery, rehabilitation) |
| Environmental Robotics | Coexisting-cooperative-cognitive Robots |
| Robot perception/vision | Autonomous Land/underwater/aerial Robots |
| Human Centred Robotics | Multi-robot systems/Swarm robot/Collaborative Robots |
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| ▶ Track 2: Sensors, Actuators, and Integration in Robotics |
| Sensor Technology | Optical Communication in Swarm Robotics |
| Actuation Mechanisms | Human-Centric Sensing and Actuation |
| Optical Sensing for Enhanced Robot Perception | Wireless and IoT-Enabled Robotics |
| LiDAR and Optical Vision Integration in Robotics | Testing and Validation |
| Object Tracking with Optical Sensors in Robotics | Applications of Integrated Systems |
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| ▶ Track 3: Development and and Ethical Considerations in Service Robotics |
| Autonomous Navigation | Robot Simulations |
| Autonomous and Unmanned Vehicles | Human-Robot Symbiosis |
| AI-Driven Autonomy | Robots for Cultural Heritage |
| Network-based Intelligent Robot Services | Object and People Recognition |
| Quantum-Enhanced Robotics | Digital Twins and Metaverse Integration |
| Sustainable Robotics | Autonomous Societal Infrastructure |
| Space and Extreme Environment Robotics | Human Agency Preservation |