SPATIALLY-AWARE VOICE NOTE SYSTEM FOR AUGMENTED REALITY

Smart overview of the Invention

A spatially-aware voice note system designed for augmented reality (AR) environments is disclosed. This system allows users to create and share enhanced voice notes using mobile devices, which are then experienced by recipients through AR devices. The voice notes are enriched with AI-generated voice styles, animated visuals, and spatial audio effects, providing an immersive experience. The system utilizes computer vision, spatial audio processing, and real-time tracking to deliver context-aware communications, transforming traditional voice messaging into a three-dimensional experience integrated with the user's environment.

Technical Field

The disclosed technology pertains to AR messaging systems, focusing on personalized and spatially-aware voice note communication interfaces for wearable AR devices. It involves methods and systems for creating, sending, and receiving enhanced voice notes using AR and mobile devices, leveraging computer vision, spatial audio, and 3D rendering technologies. The system enables users to customize voice notes with AI-enhanced filters, animated visuals, and spatially-relevant placements, enhancing social media and instant messaging experiences in mixed reality environments.

Background

Digital communication has evolved to include rich media and interactive elements, particularly in social media and instant messaging. Voice messaging has become popular for conveying tone and emotion. Meanwhile, AR technology has advanced, offering new ways to blend digital content with the physical world. AR systems, typically delivered through smart glasses or mobile devices, use sophisticated hardware and software to create immersive experiences by overlaying virtual elements onto real-world surroundings.

Detailed Description

The disclosed techniques enhance voice messaging through AR devices, focusing on personalized and spatially-aware communication interfaces. By leveraging AR smart glasses and mobile devices, the system offers intuitive, immersive, and personalized user experiences. AI-enhanced voice filters, animated visuals, and spatial message placement are key features. The system addresses challenges like hands-free interaction, visual clutter, and efficient input methods, using computer vision, voice recognition, spatial audio, and 3D rendering to create engaging communication interfaces.

Networked Computing Environment

The interaction system comprises user systems equipped with interaction clients for generating and playing enhanced voice notes. These systems include mobile devices and AR glasses, interconnected for seamless data exchange. Mobile devices capture video and audio to create immersive voice notes, which are then presented on AR devices. The interaction server system processes and transmits these notes, with certain tasks distributed between client and server, such as computer vision and audio processing, to optimize performance and user experience.