Introduction
Novelty of the Project
A set of mechanical, control, sensory, and A l technologies is being developed which includes:
- Novel walker mechanical structure with omnidirectional mobility and outrigger mechanisms;
- Dual-mode actuation and control for walking/standing support and fall prevention/ recovery;
- Multimodal sensory data collection through soft sensory skin, and data processing on device and in the cloud, for event detection and control such as user front followmg and fall detection;
- Sound-source localization for elderly localisation and auto-navigation of walker.
Benefit to the Community
One of the alarming consequences of the growing aging population is the fast decline of functional capacity that older elderly experience. While constrained physical and cognitive abilities leave many older adults dependent, most of them prefer to continue living in their homes rather than moving into nursing homes. With the intelligent walking assistance and falling protection from our walker, an active, independent and quality life of the ageing population is supported, which can not only slow overall functional decline, but also reduce health care costs by delaying premature institutionalization.
About the Scholar
Professor Wu’s research interests include cloud computing, distributed machine learning systems, distributed learning algorithms, and intelligent technologies for elderly care.
Xiaoyang Zhao, Zhi Zhu, MingShan Liu, Chongyu Zhao, Yafei Zhao, Jia Pan, Zheng Wang, Chuan Wu. “A Smart Robotic Walker with Intelligent Close-proximity Interaction Capabilities for Elderly Mobility Safety,” in Frontiers in Neurorobotics, October 2020.
Please feel free to give your enquiry / feedbacks to the research team by filling the form (https://forms.gle/34aDZ34V3Gou6LjEA). Thank you!