Advancements in Virtual Reality and Sign Language Technologies

The field of virtual reality (VR) and sign language technologies is rapidly evolving, with a focus on improving accessibility, inclusivity, and user experience. Recent developments have led to the creation of innovative VR applications for fire safety training, sign language education, and cervical rehabilitation exercises. These applications have shown promising results in enhancing user engagement, performance, and overall experience. Furthermore, advancements in sign language translation, gesture recognition, and multimodal interaction have paved the way for more effective and accessible communication tools for individuals with disabilities. Noteworthy papers in this area include: The VR Fire Safety Training Application, which provides a realistic and interactive way to practice life-saving skills. The Text-Driven 3D Hand Motion Generation from Sign Language Data, which introduces a generative model for 3D hand motions conditioned on natural language descriptions. The Leveraging Large Language Models for Accurate Sign Language Translation in Low-Resource Scenarios, which proposes a novel method for sign language translation using large language models.

Sources

VR Fire safety training application

Text-Driven 3D Hand Motion Generation from Sign Language Data

Diverse Signer Avatars with Manual and Non-Manual Feature Modelling for Sign Language Production

Prompting with Sign Parameters for Low-resource Sign Language Instruction Generation

Multimodal Appearance based Gaze-Controlled Virtual Keyboard with Synchronous Asynchronous Interaction for Low-Resource Settings

The Rhythm of Tai Chi: Revitalizing Cultural Heritage in Virtual Reality through Interactive Visuals

Virtual Reality in Sign Language Education: Opportunities, Challenges, and the Road Ahead

Leveraging Large Language Models for Accurate Sign Language Translation in Low-Resource Scenarios

Gamification of Immersive Cervical Rehabilitation Exercises in VR: An Exploratory Study on Chin Tuck and Range of Motion Exercises

DESAMO: A Device for Elder-Friendly Smart Homes Powered by Embedded LLM with Audio Modality

Visio-Verbal Teleimpedance Interface: Enabling Semi-Autonomous Control of Physical Interaction via Eye Tracking and Speech

Towards Inclusive Communication: A Unified LLM-Based Framework for Sign Language, Lip Movements, and Audio Understanding

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