AUDIO-DRIVEN FACIAL ANIMATION USING MACHINE LEARNING

A system can create facial animations for virtual characters based on audio input and specific emotions or styles. It uses a deep neural network that learns how to move different parts of a character's face, like the eyes and mouth, to match the speech in the audio. Each facial part is modeled separately, allowing for detailed and accurate animations. The training process involves using an audio encoder that helps the system understand the audio better. Finally, the output is used to generate facial animations that accurately reflect the intended emotions.

GESTURE-CONTROLLED VIRTUAL REALITY SYSTEMS AND METHODS OF CONTROLLING THE SAME

A system allows users to control virtual reality experiences using their gestures. It includes sensors that detect movements and positions of the user's body parts, both on the body and in the surrounding space. These sensors send signals to a processor, which interprets the data to understand what the user wants to do with virtual objects. The processor then generates responses in the virtual environment based on the user's intended actions. This technology creates a more immersive and interactive experience in virtual reality.

Bio-Based, Biodegradable Compositions and Articles Made Therefrom

New materials are created using natural ingredients like seaweed, plants, or animals. These materials include a mix of substances like hydrocolloids, plasticizers, fillers, and water. They are safe to eat and can break down naturally in the environment. Items made from these materials, such as straws, are flexible and can resist moisture. Overall, they offer an eco-friendly alternative to traditional plastics.

ARTIFICIAL INTELLIGENCE ASSISTED INTERVIEW SYSTEM FOR GENERATING AND QUERYING INTERACTIVE VIDEOS

An AI-assisted interview system helps improve video and audio interviews by analyzing them in real-time. It looks at the questions asked, the responses given, and the overall audio and video quality. The system can suggest follow-up questions and topics to explore based on what has been discussed. It also helps clarify any confusing answers and evaluates the quality of the interactions. This technology aims to make interviews more engaging and informative by ensuring a deeper exploration of topics.

Holographically displaying three-dimensional objects

A new technology allows for the creation of 3D holograms that can be displayed in real-time. It consists of a special screen with many tiny display parts arranged in a unique pattern. Each of these display parts is connected to its own circuit, allowing for precise control. A controller sends signals to these display parts to change how they look. This setup enables the viewing of three-dimensional objects in a holographic form.

SYSTEMS AND METHODS FOR VIRTUAL REALITY IMMERSIVE CALLING

A system allows people to communicate in virtual reality. It uses a camera to capture images of one person, called the first user. These images are sent over a network to another person, known as the second user, who is using a virtual reality device. The second user's device creates a virtual environment and shows a representation of the first user based on the images received. This setup makes it feel like both users are together in a shared space, even if they are far apart.

REAL-TIME GEOSPATIAL COLLABORATION SYSTEM

A new system creates virtual 3D spaces where people can work together, no matter what device they are using, like virtual reality, augmented reality, or regular computers. Users can interact with objects in these spaces and see changes happening instantly. When one person makes a change, everyone else in the environment can see it right away. This allows for better teamwork and communication among users. Overall, it enhances collaboration in a shared virtual world.

INTERACTIVE THREE-DIMENSION AWARE TEXT-TO-IMAGE GENERATION

An image processing system takes a 3D model and a text description of a scene. It creates a depth map from the 3D model to understand the layout better. Using this depth map and the text, it produces an output image that shows the scene. The output image includes textures and details mentioned in the text description. This process uses an image generation model to create realistic visuals.

PLANT-BASED MICROFIBROUS SCAFFOLDS FOR CULTURING MEAT

Plant-based microfibrous scaffolds are designed to grow meat in a safe and edible way. They are made from natural ingredients like plant proteins and carbohydrates, avoiding harmful chemicals. The production process involves mixing these ingredients, spinning them into fibers, and then heating them to bond the fibers together. These scaffolds have specific sizes and densities that help cells grow better and receive nutrients. Overall, this method offers a sustainable and effective approach for producing cultured meat on a large scale.

CUSTOM CHARACTER CREATION BASED ON BODY MOVEMENT AND USER INPUT DATA

A new method allows players to create custom characters for video games. It starts by capturing video of the player and analyzing their movements. These movements help define how the character will animate in the game. Players can also provide descriptions to shape the character's appearance, while ensuring it fits the game's rules. Finally, the character is used in gameplay, showing off its unique look and animations based on the player's input.