AI-BASED VISUAL CONTENT COLLAGE GENERATION

A system allows users to create a collage by first uploading images through their device. It generates captions for these images and uses them to find a common theme. Then, it creates a background image based on that theme, with empty spaces for the uploaded images. The system fits the uploaded images into these spaces to form the final collage. Finally, the completed collage is displayed on the user's device.

LIVE LOCATION SHARING

Live location sharing allows two mobile devices to communicate through an instant messaging (IM) program. One device can share its current location with the other by receiving a user command. The second device will then show the first device's location within its IM program. Users can decide how long they want to share their location. The second device also has the option to share its own location back to the first device.

Nanotechnology-enabled, printable biosensors for diseases detection and method of producing thereof

Flexible and lightweight biosensors can be printed using advanced technology to help detect and monitor diseases accurately and quickly. These sensors are designed for mass production, making them affordable and easy to manufacture. They can identify very low levels of important health markers, which is crucial for early treatment of serious conditions like heart attacks. The biosensors can be used in various fields, including healthcare, sports, agriculture, and even cosmetics. Additionally, they can connect to the internet to share data, improving patient care and monitoring.

SURGICAL NETWORK RECOMMENDATIONS FROM REAL TIME ANALYSIS OF PROCEDURE VARIABLES AGAINST A BASELINE HIGHLIGHTING DIFFERENCES FROM THE OPTIMAL SOLUTION

A computer system can analyze data from surgical procedures to help improve outcomes. It connects to surgical devices and gathers important information about the operation. By comparing this data to a standard or baseline, the system identifies differences that may affect the surgery. Based on these comparisons, it can offer suggestions to the surgical team during or after the procedure. This technology aims to enhance the quality of surgical care by providing real-time recommendations.

GENERATING AI-CURATED AR CONTENT BASED ON COLLECTED USER INTEREST LABELS

A system can identify what a user is interested in by detecting their interest in certain objects. It then measures how strong that interest is. If the interest is high enough, the system gathers information about the object and sends it to an AI model. This AI creates personalized content based on the user's interests. Finally, the customized content is shown to the user through an augmented reality device.

Pitch Training Device with Integrated Tracking and Feedback System for Enhanced Performance and Rehabilitation

A new pitch training device helps users improve their baseball pitching skills. It connects to a mechanical exercise system and tracks important details like speed and direction using special sensors. The device sends this information to a smartphone or tablet app, giving real-time feedback to the user. It also provides helpful cues through visuals, sounds, or vibrations to improve pitching form. Additionally, the system can change resistance during training, making it useful for both practice and recovery from injuries.

DIGITAL VIDEO EDITING BASED ON A TARGET DIGITAL IMAGE

Digital video editing can now be done by using a specific image as a guide. Users provide a text prompt, an image of the object they want to focus on, and a video that shows a different object. The system identifies important areas in the video frames based on the provided image and text. It then creates new video frames that include the target object from the original image. This process uses advanced machine-learning techniques to blend elements from both the target image and the source video.

Robotic Cosmetic Application Device with Machine Learning and User Preference Integration

A robotic device helps apply makeup by using sensors to gather information about a person's face. It has robotic arms that hold makeup tools and can adjust them based on the user's facial features. When a user chooses a specific makeup style, the device creates a 3D map of their face to understand where to apply the products. The system then uses this information to apply makeup accurately to match the desired look. Overall, it combines technology and user preferences for a personalized makeup application experience.

Smart Makeup Compact

A smart makeup compact is a portable device that helps with applying makeup. When opened, it shows a screen and has compartments for storing different cosmetics. It uses sensors to gather real-time information about the user's face. After the user chooses a desired makeup look, the device creates a 3D map of their face and identifies key features. Finally, it gives step-by-step guidance on how to apply the makeup for the chosen look.

EUV PHOTO MASKS AND MANUFACTURING METHOD THEREOF

A special type of mask is used in advanced manufacturing for making tiny electronic parts. It has several layers, starting with a base and then a reflective layer on top. Above that, there are layers that help protect and absorb light. The absorbing layer is made from materials like iridium, platinum, or ruthenium. This design helps create clearer images for making smaller and more efficient devices.