US20250200966
2025-06-19
Physics
G06V20/20
The technology involves a processing system equipped with at least one processor that can identify a user's viewpoint at a given venue. It enables the matching of this viewpoint with a corresponding viewpoint at a different venue. This forms the basis for an augmented reality experience that allows users to switch between events seamlessly.
A key aspect of the system is its ability to detect specific trigger conditions. These conditions initiate the process of providing visual content from the second venue to the user located at the first venue. The triggers ensure that the content delivery is timely and contextually relevant, enhancing the user's experience.
Upon detecting a trigger condition, the system obtains visual content from the second venue. This content is captured from a viewpoint that matches the user's perspective at their current location. The seamless acquisition and integration of this visual content are critical for maintaining immersion in augmented reality environments.
The obtained visual content is transmitted to the user's augmented reality device at their current venue. The device then presents this content as a visual overlay within the user's field of view. This integration allows users to experience events from other locations without leaving their current environment.
By enabling users to access and view events from different venues through augmented reality, this technology significantly enhances user engagement. It provides an immersive experience that bridges physical distances, offering users a novel way to participate in multiple events simultaneously.