Call For Papers
Tracks of Topics of Interest
1. Fundamentals of Embodied Intelligence
- Theoretical frameworks of embodied cognition
- Sensory-motor integration in robots
- Learning algorithms inspired by biological systems
- Role of physical embodiment in cognitive processes
- Interaction dynamics between robots and environments
- Impact of body morphology on cognitive performance
- Social aspects of embodied intelligence
- Case studies of embodied learning in robotics
2. Humanoid Robot Design and Engineering
- Advances in humanoid robot mechanics and materials
- Bio-inspired design principles in robotics
- Human-robot interaction design
- Control systems for dynamic movement
- Development of sensory systems for humanoid robots
- Modular robotics and customization
- Safety considerations in humanoid robot design
- Case studies of successful humanoid robots
3. Artificial Intelligence and Machine Learning in Robotics
- Reinforcement learning for adaptive behavior
- Natural language processing for human-robot communication
- Vision and perception systems in humanoid robots
- Machine learning techniques for real-time decision-making
- Ethical considerations in AI for robotics
- Multi-agent systems and cooperative learning
- Applications of deep learning in robotics
- Hybrid intelligence approaches
4. Applications of Humanoid Robots in Society
- Humanoid robots in healthcare and elder care
- Education and training applications of humanoid robots
- Role of humanoid robots in entertainment and media
- Service robots in hospitality and tourism
- Social robots for companionship and support
- Robots in disaster response and recovery
- Humanoid robots in research and development
- Case studies of impactful humanoid robot applications
5. Interdisciplinary Approaches to Robotics
- Collaboration between robotics and cognitive science
- Insights from psychology and neuroscience for robotics
- Robotics in arts and humanities
- Legal and ethical implications of humanoid robots
- Economic impacts of robotics on society
- Education and public engagement in robotics
- International perspectives on robotics research
- Future challenges and opportunities in interdisciplinary robotics
6. Future Trends in Embodied Intelligence and Robotics
- Innovations in soft robotics and flexible systems
- Next-generation humanoid robot functionalities
- Integration of IoT and robotics for smart environments
- Sustainability and environmental considerations in robotics
- The role of robotics in Industry 4.0
- Future of human-robot collaboration in workplaces
- Advances in robotic mobility and dexterity
- Visionary concepts for the future of humanoid robots