CONTEXT BASED AUGMENTED REALITY COMMUNICATION

Smart overview of the Invention

The system described facilitates augmented reality (AR) communication between users through a network. It involves the use of virtual content items, which are applied to real-world environments visible to other users. These virtual items are configured by one user and triggered by specific criteria detected in the context of another user's environment. The system enhances user interaction by allowing virtual elements to appear in the real world based on contextual triggers like location, time, and environmental conditions.

Technical Field

This innovation pertains to mobile and wearable computing technology, focusing on AR-based communication. The system leverages the capabilities of devices such as smart glasses, which contain cameras and transparent displays, to overlay virtual content onto the real world. This approach aims to create immersive and interactive experiences for users by integrating digital content seamlessly into their physical surroundings.

Functionality

The system enables users to set criteria for when and how virtual content should appear in another user's view. For instance, one user can select a virtual item and designate another user as the recipient. The triggering criteria might include specific locations, times, or objects within the user's environment. When these criteria are met, the system overlays the virtual item onto the recipient's real-world view through their device's display.

Practical Example

Consider a scenario where a user wants to surprise a friend on their birthday using AR. The friend drinks coffee daily from a specific brand, so the user sets up virtual confetti to appear whenever the brand's logo is detected in the friend's environment. Additional triggers might include balloons appearing at the friend's workplace and fireworks at a predetermined time. This personalized AR experience allows for creative and context-rich interactions.

System Architecture

The communication system comprises client devices running applications that communicate over a network with a central server system. The server handles data exchange, including message content and media overlays, using APIs that facilitate interaction between client applications and server functionalities. This architecture supports dynamic data processing and delivery of AR content based on user-defined triggers, enhancing the overall experience.