Presenting Labels In Augmented Reality

A computing device can show labels in augmented reality (AR) while a user views a video stream. It first gathers route information that the user wants to follow and identifies spots along that route for potential AR labels. By using depth information from the device's camera, it finds the exact location of the device in the real world. The device then chooses which AR label to display and where to place it based on factors like distance, priority of the labels, and whether the user has a clear view of the label. This helps users navigate and understand their surroundings better with helpful information overlaid in real-time.

SEMICONDUCTOR DEVICES INCLUDING GATE-ALL-AROUND TYPE FIELD EFFECT TRANSISTOR

A semiconductor device has a base that includes an active area running in one direction. A gate layer crosses this active area and extends in another direction. There are several channel layers on the active area, spaced apart and arranged in a way that they are surrounded by the gate layer. Additional layers, called gate spacers, are placed on the sides of the gate layer. Finally, source and drain regions are located on either side of the gate layer, connecting to the channel layers.

TECHNOLOGIES FOR ADVANCED GLASS CORE SUBSTRATES

Advanced glass-core substrates are designed to improve integrated circuits. These substrates have a glass core with circuit components mounted on one side and additional layers on the opposite side. The different thicknesses of these layers provide several benefits, such as reducing stress between the glass core and the components. Matching the thermal expansion of the glass core with that of the components helps enhance performance and reliability. Additionally, the glass core can have varying thermal expansion properties to better suit both the components on top and the layers below.

DISPLAY DEVICE AND OPERATING METHOD THEREOF

A new display device has a camera and a screen that can work as either a mirror or a display. It can take a picture of the user to understand their position and where they are looking. The device uses this information to adjust the screen accordingly. This means it can show the user their reflection or display other content based on their gaze. Overall, it combines camera technology with a flexible screen to create a more interactive experience.

CONDUCTIVE MATERIAL HAVING SELF-HEALING FUNCTION, MANUFACTURING METHOD THEREOF, AND USE THEREOF

A new type of conductive material can repair itself when it gets damaged. It is especially useful for negative electrode materials in batteries. This material also allows ions to move easily, which is important for battery performance. Additionally, it can mix well with water, making it easier to use in different applications. Overall, this self-healing feature helps improve the lifespan and efficiency of batteries.

Auto-Reframing And Multi-Cam Functions Of Video Editing Application

A computing device can change an original video using a special machine learning model. It learns from examples by comparing original videos with their modified versions. By cropping certain frames from the original video, it creates new frames for the modified video. After training, the device can take a new original video and automatically create a modified version. This process helps improve video editing by making it easier to adjust and enhance footage.

EGM AND TABLE GAME ENHANCEMENT USING GESTURE INTERACTIONS WITH MULTIPLAYER LINKED DEPTH SENSING FOR 3D CO-PLAY

A system allows players to interact with electronic games using gestures. It connects players so they can share game data and play together. The technology creates a 3D model of each player that moves as they do. It uses special cameras to capture video and track player movements in real time. The system also checks the results of the game and monitors the gaming features using these cameras.

MESSENGER RNA VACCINES AND USES THEREOF

Researchers have developed a new way to create vaccines using messenger RNA (mRNA). They designed tiny particles that can carry the mRNA into the body effectively. This method helps ensure that the vaccine works well when given to people. The focus is on making sure the mRNA reaches the right places in the body. Overall, this approach aims to improve how vaccines are made and delivered.

SYSTEMS AND METHODS FOR SECURE EXCHANGE OF GOODS, INTELLIGENT MONITORING, AND REMOTE CONTROL OF PACKAGE RECEPTACLES AND SURROUNDINGS

A new system helps manage the secure delivery and exchange of packages using smart technology. It has a special box that can receive and store parcels, equipped with cameras and sensors to monitor everything happening around it. This technology uses artificial intelligence to recognize delivery people, check for any problems, and predict when packages will arrive. It can connect with other delivery services and allows users to interact with it through their devices. Overall, this system makes receiving and sending packages safer and more efficient for homes and businesses.

COMPOSITIONALITY IN WEB AUTOMATION VIA CONSTRAINED HIERARCHICAL PLANNING OVER A SEMANTIC UI STATE-ACTION SPACE

The system breaks down user interface (UI) tasks into smaller, manageable subtasks. It organizes these subtasks in a way that makes their purpose clear and easy to understand. As new UI tasks are created, the system updates its organization to include them. When a user requests a task, a planning agent creates a sequence of actions needed to complete it. Finally, the system checks for errors in the action sequence and executes it to carry out the user's request on web applications.