Special track on
Integrating Diverse Technologies
This special track will explore the convergence of assistive robotics with a wide range of advanced technologies to enhance system capabilities and performance. By integrating sensor systems, neural interfaces, and biofeedback mechanisms, robotic systems become more responsive, adaptive, and efficient in meeting user needs. The fusion of these technologies allows for more seamless and intelligent interactions between humans and machines, improving the precision and effectiveness of assistive devices. This interdisciplinary approach drives innovation in various fields, including rehabilitation, mobility enhancement, and daily assistance, resulting in the development of more sophisticated and versatile assistive solutions.
We invite presentations and demonstrations on the integration of assistive robotics with diverse technologies. This track offers a unique opportunity to showcase innovative solutions, exchange ideas, and connect with a community advancing system capabilities and performance.
Suggested topics
Include but are not limited to:
- EEG and EMG Integration in Assistive Robotics: Utilizing brain-computer interfaces and muscle signal monitoring systems to control assistive robots, improving motor function during rehabilitation.
- Robotics Integration with FES and Sensor Technology: Combining functional electrical stimulation (FES) with sensor-driven robotics to enable real-time muscle activation and provide dynamic rehabilitation feedback.
- Virtual Reality and Biosignal-Driven Robotics: Exploring the use of virtual reality alongside biosignal-controlled robotic systems to deliver personalized, immersive rehabilitation experiences, enhancing motor recovery and user engagement.
- Tele-Rehabilitation and Remote Robotics Control: Leveraging remote monitoring platforms to track progress and control assistive robots, enabling tailored therapy adjustments and personalized care.
- Advanced AI Methods and Interfaces in Assistive Robotics: Applying machine learning algorithms and adaptive interfaces to optimize rehabilitation therapies and improve user interactions with assistive robotic systems.
Proposal submission
The special topic track is part of the Forum and included within the main conference program. Thus, the same rules for submissions apply as for the main conference.
