COMMUNICATION DEVICES, ADAPTING ENTITY AND METHODS FOR AUGMENTED/MIXED REALITY COMMUNICATION

Smart overview of the Invention

Augmented Reality (AR) enhances real-world environments by overlaying computer-generated information, allowing for real-time interaction and accurate 3D registration of virtual elements. Mixed Reality (MR) takes this further by integrating virtual objects into the physical world. Both technologies aim to provide immersive experiences that enrich users' perception of their surroundings, facilitating communication that combines real and virtual elements.

Current Limitations in AR Communication

Existing AR communication systems often rely on static holograms or avatars to represent remote participants, which can lead to unnatural interactions and limit multitasking capabilities. While some platforms allow for interaction with local environments and remote avatars, they typically do not capture full facial expressions or gestures, reducing the richness of communication. Additionally, these systems often confine interactions to a single room, hindering the ability to share elements from diverse physical spaces.

Technological Advances in AR Communication

Recent developments in AR communication equipment have focused on improving usability through enhanced battery life, lighter designs, and better gesture tracking. Current devices, such as AR glasses and headsets, incorporate features like transparent displays and embedded cameras for capturing both the user’s environment and their facial expressions. These advancements aim to create a more natural communication experience that integrates seamlessly with everyday activities.

Challenges in Sharing Local Environments

Many AR solutions fail to effectively share users' local environments or facilitate genuine interactions between remote participants. Existing systems often create a shared virtual space but do not account for the unique spatial characteristics of each participant's environment. This limitation restricts the ability to convey non-verbal cues and share real objects during conversations, making it difficult to achieve a truly immersive communication experience.

Future Directions for AR Communication

To enhance AR communication, future developments should focus on creating adaptable systems that can accurately reflect users' environments and gestures. By capturing a broader range of non-verbal communication cues and enabling the sharing of real-world objects, these systems could foster more engaging and interactive experiences. The goal is to create a bi-directional communication method that feels as if participants are physically present with one another, regardless of their actual locations.