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In this paper, we conduct a scenario-based study with 400 wearable users to explore how users perceive the inherent trade-offs of batteryless wearable devices.
In this paper, we conduct a scenario-based study with 400 wearable users to explore how users perceive the inherent trade-offs of batteryless wearable devices.
Nov 21, 2023 · In this paper, we conduct a scenario-based study with 400 wearable users to explore how users perceive the inherent trade-offs of batteryless wearable devices.
User-Centered Perspectives on the Design of Batteryless Wearables: Arwa Alsubhi, Reza Ghaiumy Anaraky, Simeon Babatunde, Abu Bakar, Thomas Cohen, Josiah ...
Co-authors ; User-Centered Perspectives on the Design of Batteryless Wearables. A Alsubhi, RG Anaraky, S Babatunde, A Bakar, T Cohen, J Hester, ... International ...
major challenge in designing batteryless wearables is that they derive their power from environmental sources that fluctuate unpredictably and store their ...
Nov 15, 2024 · This paper reviews methods to enhance the comfort of self-powered and self-sensing wearable devices (SS-WDs). It analyzes human body energies usable by these ...
Our results showed: i) allowing older people to experience the system created the opportunity for them to develop confidence and trust in the sensing technology ...
Our proposed framework includes: (a) battery less, low sampling rate, wearable RF sensor tags, that are powered intermittently by an RFID reader, and (b) ...
The findings indicate that perceptual properties (materials, weight, battery life, and vibration) influence users' body-tool relationship, whereas motor ...
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