— Today, automation technology is becoming increasingly accessible, user friendly, and efficient, enabling novel solutions for improving the quality of life. This project explores the integration of brain-computer interfaces (BCI) with the Internet of Things (IoT) to provide a smart assistive system for individuals wit...
An affordable, multi-channel wearable FMG armband that reliably captures forces at multiple forearm muscle locations during different gestures and such a simple, low-cost, and effective scheme based on FMG can help control prosthetic and robotic devices using human intentions.
A wearable hand gesture recognition system employing an MPU6500 gyroscope to detect tri-axial angular velocity corresponding to five different pre-defined hand gestures, making it ideal for applications in rehabilitation monitoring, assistive communication, and wearables.
Assistive technologies for individuals with disabilities are crucial in promoting social inclusion and enabling them to participate more fully in daily life. This article focuses on designing and developing a cost-effective head-mounted eye-tracking system aimed at enhancing the quality of life for individuals with sev...
Individuals with severe limb impairments encounter substantial barriers during human‑computer interaction, while commercially available assistive input devices are often prohibitively expensive. This paper presents a low‑cost wearable assistive input device (bill‑of‑materials cost < ¥130) built around the nRF52832 Blue...
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