SYSTEM FOR CONTEXTUAL DIMINISHED REALITY FOR METAVERSE IMMERSIONS

Smart overview of the Invention

The system focuses on enhancing augmented reality (AR) experiences by incorporating a feature known as diminished reality (DR). This allows users to interact with an AR environment while certain objects can be rendered invisible based on contextual information. By doing so, the system aims to improve user immersion and safety by preventing potential collisions with objects that may obstruct the experience.

Functionality of Diminished Reality

Diminished reality works by identifying specific objects within the AR environment that can be made invisible to the user. This identification process relies on context information and user profiles, enabling the system to tailor experiences according to individual preferences. Furthermore, it continuously monitors movements within the AR space to ensure that users are notified if there's a risk of collision with any DR object.

Integration with User Equipment

The system is designed to operate through various user equipment, which may include headsets or mobile devices. Users can view the AR environment populated with multiple objects, and through advanced processing, the system modifies visibility in real-time. This ensures that users have a seamless experience while still being aware of their surroundings, particularly concerning potential hazards.

Communications Network

A robust communications network supports this system, facilitating connections between various devices and content sources. This network includes broadband access, wireless access, and voice access, which collectively enable users to receive and interact with AR content effectively. The architecture is adaptable, allowing for different types of media and communication technologies to be used interchangeably.

Applications and Benefits

Diminished reality has diverse applications beyond gaming and entertainment; it can enhance safety in various environments, such as live performances where physical obstructions may detract from the audience's experience. By employing DR, physical stagehands or other elements can be rendered invisible while they manipulate objects, creating a more immersive and engaging performance for viewers.