KVO930: Lexxo : LEG EXOSKELETON

Sin Jun Yan Asia Pacific University Of Technology & Innovation (APU)

I3DC24 | Tertiary (Online)

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The Lexxo system represents a cutting-edge exoskeletal design engineered to mitigate geriatric musculoskeletal strain, endorsing joint stability and enhanced mobility via a machine learning-driven calibration mechanism. This system transcends traditional paradigms, addressing the deficit in effective physical stress alleviation within geriatric care to improve the rehabilitation process and daily functionality. Lexxo amalgamates the computational prowess of Raspberry Pi 4 with a high-definition camera to enable precise real-time pose estimation, ensuring exercise safety and efficiency. An intuitive interface facilitates the generation of custom exercise programs, harnessing machine learning tailored to individual health profiles and objectives. Vital signs are monitored through integrated wearable sensors, while cloud-based technology and Bluetooth Low Energy ensure comprehensive remote data management. Although Lexxo stands as a technological vanguard in elderly care, it contends with user technological adeptness and the imperative for continuous system refinement.