SYSTEM AND METHOD OF PROVIDING AUGMENTED REALITY CONTENT IN SYNCHRONIZED DYNAMIC GEOLOCATION AREAS

Smart overview of the Invention

The patent details a system and method for creating dynamic geolocation areas that move with the user and augmenting these areas with content based on specific display parameters. This system allows an initiating user to define a geolocation area that tracks their location and associates content with it. A recipient user can view this area with augmented reality content, which adjusts as either the user or the area moves.

Background

Current augmented reality systems are limited by fixed geolocation or rely on image/object recognition, often requiring users to navigate to specific locations. These methods have limitations in flexibility and functionality. The new system addresses these issues by allowing for dynamic geolocation areas that adapt to movement, providing a more versatile augmented reality experience.

System Functionality

The system includes a computer setup with processors designed to create user-defined geolocation areas, associate them with content, synchronize with recipient devices, and display content according to position. Geolocation areas can be static or dynamic, moving with the initiating user’s device. Content can be linked to these areas with parameters defining visibility, timing, and display method.

Synchronization and Display

Recipient devices are synchronized with the geolocation area using sensors like gyroscopes, accelerometers, GPS, and Bluetooth. This synchronization ensures the augmented view updates in real-time as users or areas move. The content is displayed on various devices including mobile phones and wearables, enhancing real-time interaction with the augmented environment.

Technical Implementation

The system employs several modules within a computer system to manage operations: a geofence creation module for defining areas, an augmented content module for associating content, and a synchronization module for device alignment. These modules work together to provide a seamless augmented reality experience that adapts dynamically to user movements and interactions.