HOLOGRAPHICALLY DISPLAYING LIVE SCENES INCLUDING THREE-DIMENSIONAL OBJECTS

New technology allows us to create holograms that show live scenes with 3D objects. It works by first capturing images or videos of the scene and then turning those into optical holograms. These holograms are processed and digitized to enhance their quality. Finally, the processed holograms are used to recreate the live scene in a way that appears three-dimensional. This method brings a new level of realism to how we view and interact with live events and objects.

Holographically displaying live scenes including three-dimensional objects

New technology allows for the display of live scenes that include 3D objects in a holographic format. It works by first capturing optical holograms of the scene and then processing these images digitally. After processing, the technology reconstructs the live scene as a hologram. Another approach involves taking images or videos of the scene and calculating the corresponding holograms. Finally, these computed holograms are used to create a realistic holographic display of the live scene.

SYSTEMS, DEVICES AND METHODS FOR CREATING A COLLABORATIVE VIRTUAL SESSION

A system allows multiple devices to connect and create a shared virtual space for collaboration. Each device can represent a person or entity within this virtual room. When one device creates a virtual representation of a user, it sends information about that user to another device. The second device receives this information and creates its own representation of the first user in the same virtual space. A server helps link the devices together and facilitates the sharing of information between them.

SPATIAL CHAT VIEW

A new chat feature creates a virtual space for messaging that looks and feels more interactive. Each person in the chat has a unique visual representation placed in a virtual background that reflects a physical space. These representations are arranged based on where each participant is located in real life. Users can see who is available to chat, making it easier to connect. Overall, this feature aims to enhance the experience of online communication by adding a spatial element.

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

A system allows users to create a special area that tracks their location in real-time. As the user moves, they can add specific content to this area, like images or information. Other users can then see an enhanced view of this area, which includes the added content. The system adjusts the view for these other users based on their location and movement as well. This way, everyone sees the same augmented reality experience that changes as they move around.

SYSTEMS AND METHODS FOR PREDICTING MENTAL HEALTH CRISIS SCENARIOS AND INITIATING INTERVENTION

A new software system helps manage mental health and prevent suicide by using data from wearable devices. It looks at important body signals like heart rate, sleep, and activity levels to find patterns that might show a person is struggling. By analyzing this information, the system can spot potential mental health problems early on. This allows for timely support and intervention before issues become serious. Overall, it aims to improve mental well-being by being proactive in addressing concerns.

AUGMENTED VIRTUAL REALITY OBJECT CREATION

A system allows users to create objects in augmented virtual reality (AVR) using real-world data. It can improve these objects by adding visual effects and features for multiple users to interact with. The system also places these enhanced objects in a virtual environment. Additionally, it provides tools to organize and manage the virtual space where these objects are located. Finally, users can access this setup as AVR media, which includes a structured view of the virtual environment.

Transparent and Controllable Human-Ai Interaction Via Chaining of Machine-Learned Language Models

Human-AI interaction can be improved by linking together different language models. Current large language models are good at simple tasks but struggle with more complex ones due to their lack of clarity and control. By chaining these models, the output from one model can feed into the next, creating a more effective process. This method allows for better handling of complicated tasks by building on each model's strengths step by step. Overall, it aims to make interactions with AI clearer and more manageable for users.

SURROUND HAPTIC EXPERIENCE FOR A GAMING CONTROLLER

A new system allows users to play games from different locations in their home while enjoying a surround haptic experience. It can track where a user is and connect them to various game hosts and environments. Multiple users can play together or separately, whether on the same screen or different screens. The system also adjusts audio-visual and input/output settings to enhance the gaming experience for everyone involved. This means friends and family can enjoy games together, no matter where they are in the house.

AUDIOVISUAL DEEPFAKE DETECTION

A system has been developed to detect deepfakes in audio and video. It uses machine learning to recognize voices and faces, checking if they match expected identities. The technology analyzes different features from both sound and visuals to assess the likelihood of deepfake content. By combining scores from various checks, it can identify if the person in the video is who they claim to be. This approach allows for effective verification of identities while spotting fake content in media.