Gesture-Based Interaction

Vatavu, Radu-Daniel

doi:10.1007/978-3-319-27648-9_20-1

Cited by 3 publications

(1 citation statement)

References 126 publications

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“…Compared to full-body tracking systems, gesture interaction systems typically require less complex technology. This is because they can often be implemented using standard cameras and sensors that are cheaper and easier to set up than the more advanced equipment required for accurate full-body tracking [38]. This makes gesture interaction systems more feasible and cost-effective for a wide range of applications.…”

Section: Gesturementioning

confidence: 99%

AI Art and Human Creativity: An Interactive Gallery for a DAO

Chen

2024

AEHSSR

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This project explores the power of art creators in the age of AI by designing an Interactive Gallery as an element for an envisaged DAO that discusses the boundaries between AI and human creativity. The design provides users with an enhanced interactive experience that reveals the origins of the artwork through interaction, with AI-generated artwork disintegrating into particles and human-created artwork changing styles over the course of the interaction. As a gallery component of DAOs, it emphasizes the fluid and deconstructive nature of AI-generated art, rethinking the role of the art creator in the creation of art and focusing on the role of the viewer. In this case, it is the collective audience in DAOs.

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Section: Gesturementioning

confidence: 99%

AI Art and Human Creativity: An Interactive Gallery for a DAO

Chen

2024

AEHSSR

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Universal Hand Gesture Interaction Vocabulary for Cross-Cultural Users: Challenges and Approaches

Munzlinger,

Batista Narcizo,

Witzner Hansen

et al. 2024

HCI International 2024 Posters

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The user experience of distal arm-level vibrotactile feedback for interactions with virtual versus physical displays

Terenti,

Pamparău,

Vatavu

2024

Virtual Reality

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Haptic feedback, a natural component of our everyday interactions in the physical world, requires careful design in virtual environments. However, feedback location can vary from the fingertip to the finger, hand, and arm due to heterogeneous input/output technology used for virtual environments, from joysticks to controllers, gloves, armbands, and vests. In this work, we report on the user experience of touch interaction with virtual displays when vibrotactile feedback is delivered on the finger, wrist, and forearm. In a first controlled experiment with fourteen participants and virtual displays rendered through a head-mounted device, we report a user experience characterized by high perceived enjoyment, confidence, efficiency, and integration as well as low perceived distraction, difficulty, and confusion. Moreover, we highlight participants’ preferences for vibrotactile feedback on the finger compared to other locations on the arm or through the VR controller, respectively. In a follow-up experiment with fourteen new participants and physical touchscreens, we report a similar preference for the finger, but also specific nuances of the self-reported experience, not observed in the first experiment with virtual displays. Overall, our results depict an enhanced user experience when distal vibrotactile feedback is available over no vibrations at all during interactions with virtual and physical displays, for which we propose future work opportunities for augmented interactions in virtual worlds.

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Gesture-Based Interaction

Cited by 3 publications

References 126 publications

AI Art and Human Creativity: An Interactive Gallery for a DAO

AI Art and Human Creativity: An Interactive Gallery for a DAO

Universal Hand Gesture Interaction Vocabulary for Cross-Cultural Users: Challenges and Approaches

The user experience of distal arm-level vibrotactile feedback for interactions with virtual versus physical displays

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