Analysis of User Experience of Hand Gestures for Interaction with Wearable Devices

The wearable device market is growing rapidly, as evidenced by the growth in sales of smartwatches. However, these have a tiny touch screen so users cannot perform complex operations with a smartwatch. Few studies address the user experience of gestures to interact with wearable devices. This study uses a bone-conduction smartwatch to study the user experience of gestures for interaction with a wearable device in terms of four dimensions: pragmatic quality, hedonic quality-identification and hedonic quality-stimulation and attractiveness. Task loads ae also evaluated for further analysis of the user experience This study determines the relationship between these factors to determine the effect of using hand gestures to interact with wearable devices.The results of this study show that all of the users easily accept gesture interaction with wearable devices. Pragmatic quality, hedonic quality-identification and hedonic quality-stimulation are positively associated with attractiveness. A higher level of attractiveness reduces the perceived task load. Attractiveness has a significant positive effect on performance and task load has a significant negative effect on performance.

Automated summary

The wearable device market is growing rapidly, but smartwatches have a small touch screen that limits complex operations. There is a lack of research on the user experience of using gestures to interact with wearable devices. This study uses a bone-conduction smartwatch to investigate the user experience of gesture interaction, focusing on pragmatic quality, hedonic quality-identification, hedonic quality-stimulation, and attractiveness. Task load is also evaluated for further analysis.