ELECTRONIC DEVICE SUPPORTING NON-TERRESTRIAL NETWORK COMMUNICATION AND OPERATING METHOD THEREFOR

An electronic device has communication circuits and a processor that work together. It can search for mobile networks and choose one based on the search results. The device checks if the chosen network is part of a non-terrestrial network (like satellites). If it finds that the network is non-terrestrial and meets certain conditions, it can skip the usual registration process. This makes connecting to non-terrestrial networks faster and easier.

GENERATION OF SYNTHETIC IMAGES FOR TRAINING OF DEFECT DETECTION MODELS

A system has been created to generate synthetic images that help train models for detecting defects. It uses a small number of real images of defects, along with descriptions, to improve a special model. This model can take an image with a masked area and a description of a defect, then create a new image showing the defect in that area. To ensure quality, the system filters out any synthetic images that don't match real defects. Finally, the filtered synthetic images, combined with a few real ones, are used to train a model that can spot damage on pallets in photos.

MEASUREMENT REPORTING BASED ON MACHINE LEARNING IN WIRELESS COMMUNICATION SYSTEM

A user device in a wireless communication system can use machine learning to improve how it reports measurements. First, the device gets a setup from the network that tells it which machine learning models to use. Then, it chooses the right models based on this setup. The device collects data by using these models and processes the information. Finally, it sends some of the results back to the network.

AUTOMATED CREATION OF AUGMENTED REALITY EXPERIENCES USING MULTI-AGENT LANGUAGE MODELS

A system has been developed to create augmented reality (AR) applications using artificial intelligence. It features multiple agents that work together, including one for creating content, another for engineering, and a designer agent, all responding to user input. A content management system keeps reusable parts, while asset generators provide custom visuals. Users can interact naturally to improve their AR applications step by step. This AI-driven method allows anyone to quickly make interesting AR experiences without needing much technical knowledge.

WEARABLE EYE COVERING SMART DEVICE WITH PHYSIOLOGICAL GESTURE INTERPRETATION AND OBJECT RECOGNITION FOR CONTEXTUAL DISPLAY

A smart wearable device helps delivery people navigate their routes more easily. It looks like a pair of glasses and has cameras, displays, and sensors to recognize products and track their location. The device shows turn-by-turn directions on the display and keeps track of items as they move through checkpoints. It also connects to other devices to improve accuracy and confirm deliveries. Additionally, a wrist strap with sensors can read hand gestures, allowing users to control the glasses with simple movements.

SECURITY ALERT META-ANALYSIS FOR IDENTIFYING CAUSALLY RELATED EVIDENCE OF CYBERATTACKS

A system called SAMA helps find connections between security alerts related to cyberattacks. It creates a visual map that links users and resources with their security alerts. By filtering this map, it identifies groups of related evidence that suggest an attack is happening. Analysts can then look into these clusters for further investigation. This approach reduces the number of false alarms and allows for better organization of alerts from various monitoring services.

METHOD & APPARATUS FOR Solar Nitrogen Fixation Container Farms

A new method and device use solar energy to fix nitrogen from the air for container farms. It features a copper mesh electrode that turns atmospheric nitrogen into ammonia, which crops can use. This system works without traditional fertilizers and can be easily expanded for urban or off-grid farming. It operates on low voltage, making it simple and cost-effective for sustainable agriculture. The nitrogen can be delivered to plants through the air or irrigation, making it especially useful for crops that need a lot of nitrogen, like leafy greens and herbs.

SYSTEM AND METHOD FOR TRANSIENT ROAMING AND SLICING IN REAL-TIME DISTRIBUTED MOBILITY MANAGEMENT

A device can predict where a mobile device will travel while using a network for communication. It can find another network that will be available along the predicted route. The device then makes sure that the communication needs of an app on the mobile device match with the new network. Finally, it sets up a connection between the mobile device and the new network for the app to continue working smoothly. This process helps maintain communication without interruptions as the user moves.

IN-CONTENT VOICE COMMERCE ENGINE

A new system allows viewers to buy products they see in videos using their voice. By speaking naturally, users can identify and purchase items directly from the content they are watching. The technology uses advanced tools to recognize products and understand what viewers are asking for, even in different languages. It handles everything from showing the product to completing the payment securely. This system also ensures that only verified products are shown, helping brands and content creators earn money effectively.

TREATMENT OF CANCER USING CHIMERIC ANTIGEN RECEPTOR

New methods and materials are being developed to treat cancers linked to specific markers found on cancer cells. These methods use chimeric antigen receptors (CARs) that are designed to target these cancer markers. Scientists create special T cells that have been genetically modified to include these CARs. When these modified T cells are given to patients, they can better recognize and attack cancer cells. Overall, this approach aims to improve cancer treatment by harnessing the body's immune system to fight the disease more effectively.