AHFE Open AccessDesigning wearables devices to build emotional relationships
Open Access
Article
Conference Proceedings
Authors: Suresh Sethi
Abstract
The focus of this paper is designing wearable devices to support the emotional relationship between users. The research reflects that any attempt by designers to produce outcomes aimed at helping design wearable devices must be grounded in an understanding of emotional engagement, convenient access, and intimate interaction. Emotionally positive experiences can inspire attempts to develop rich experiential devices. The case is made through several student projects that deal with particulars rooted in human relationships.
Keywords: Wearables Devices, Emotional Engagement, Human Centered Design
DOI: 10.54941/ahfe1001469
Cite this paper
Downloads
1019
Visits
1111
More from this volume
← Real-Time Breath Pattern Detection from HelmetUniversity footballers’ preference for smart trousers →
- Real-Time Breath Pattern Detection from Helmet
- University footballers’ preference for smart trousers
- Using Inertial Measurement Units (IMU) and Comparative Trajectory Analysis for Modeling Micro-level Human Motion Dysfunction
- Actigraphy vs Polysomnography measurements for sleep arousals
- Automation of the Collection and Processing of Physiological Functions from Wearable Sensors
- Affective computing for stress, anxiety and cybersickness detection in virtual reality
- Sensory Fusion for Remote Multi-body Temperature Monitoring
- Assessing the Effect of a Powered Ankle Exoskeleton on Human Agility with Inertial Measurement Units
- Measurement of Spine Curvature using Flexicurve Integrated with Machine Vision
- Design and Research of Flexible Wearable Medical Testing Equipment for Pregnant Women
- Simultaneous assessment of upper limb usage and sedentary behavior time among white- and blue-collar workers using wrist-worn accelerometers
- Hypoglycemia Vehicle Detection System Using Non-Invasive Sensors Applying Both EEG And HRV Real Time Measures: Neuroergonomics Theoretical Design