EXTENDED BERKELEY PACKET FILTER-BASED METHOD INVOCATION DATA COLLECTION FOR AGENTLESS OBSERVABILITY

A device can set up a system to monitor specific functions in an application without changing the application itself. It creates a special configuration using an extended Berkeley Packet Filter (eBPF) to track how often these functions are called. This configuration is sent to an eBPF agent, which then gathers data on the function's usage. The collected data helps to understand how the application is performing. Finally, this information is added to a trace, providing insights into the application's operation.

MEDICAL VOICE COMMERCE SYSTEM WITH ARTIFICIAL INTELLIGENCE FOR HEALTHCARE INTEGRATION AND UNIVERSAL ACCESSIBILITY

A new system allows people to use their voice to securely buy healthcare products and services in multiple languages. It uses advanced AI to understand medical terms and provide personalized recommendations. Security features ensure that patient information is protected and compliant with healthcare regulations. The system connects with various medical records and devices to provide real-time data for transactions. It is designed to be accessible for everyone, including those with disabilities, and can be used across different devices like smart speakers and medical equipment.

ENHANCED WATER DISPENSING SYSTEM

A hydration system allows people to create their own drinks using clean water from the tap. It has a setup that can be mounted on a wall or stand on its own, featuring a purification process, a mixing area, and ways to add flavors or nutrients. Users can control the system through touchless options or a smartphone app, adjusting things like water temperature and how much of each additive to use. The system also includes features like UV-C light for sterilization and sensors that check the water quality. It can be used in homes, businesses, or public spaces and is designed to look good while being easy to clean and use.

AI-Enabled Mobile Tennis Ball Feeder and Training System

An AI-powered mobile tennis training system helps players improve their skills by delivering tennis balls in a smart way. It has a motorized device that can control how fast, how much spin, and where the balls are sent. Multiple cameras track the player and the ball in real-time, while onboard computers analyze the player's movements and performance. The AI learns from this data to adjust the training drills based on how well the player is doing. A mobile app allows users to customize their training sessions and monitor their progress, making practice more effective for everyone from beginners to advanced players.

SYSTEMS AND METHODS FOR MIXING AND MATCHING MULTI-VENDOR BASEBAND UNITS AND RADIO UNITS IN OPEN RADIO ACCESS NETWORKS

The system helps combine different radio units (RUs) and baseband units (BBUs) in a flexible way. It keeps track of how well various combinations of these units perform. By understanding what users need in terms of service and performance, the system can choose the best pair of RU and BBU. This ensures that the selected combination meets the specific requirements of the user. Overall, it aims to improve the efficiency and effectiveness of Open Radio Access Networks (ORAN).

SYSTEM AND METHOD FOR OPTIMIZING CELLULAR NETWORK PERFORMANCE

A system has been developed to improve how cellular networks perform. It divides a geographic area into smaller sections, called bins, and assigns an agent to each antenna in that area. These agents adjust network settings to enhance signal quality and coverage. The system tracks changes in coverage, signal strength, and interference, rewarding agents when improvements are made. This process is repeated multiple times until the network reaches its performance goals.

PARALLELIZED ARCHITECTURE FOR MULTI-DIMENSIONAL DATA PROCESSORS

A new technology improves how quickly computers can process images, especially in fast-paced situations like self-driving cars. It allows for the quick and accurate recognition of important features in images, which is crucial for understanding the surroundings. This system works better than traditional computer processors, like CPUs and general GPUs, when handling large amounts of image data. By speeding up processing times, it helps create reliable and current models of the environment. Overall, this advancement enhances safety and efficiency in applications that require real-time image analysis.

AUTONOMOUS AI-DRIVEN NEGOTIATION AND TRANSACTION FACILITATION IN eCOMMERCE PROCUREMENT ENVIRONMENTS

An advanced system helps buyers and sellers in online shopping to negotiate and complete transactions automatically. It gathers important information like current market prices, product availability, and trends. Using smart data analysis and machine learning, it understands the market and buyer needs. The system then negotiates terms between buyers and sellers to find the best match. Finally, it connects buyers with sellers based on what the buyer wants and what the seller offers.

SYSTEMS AND METHODS FOR UTILIZING ARTIFICIAL INTELLIGENCE TO GUIDE A MEDICAL DEVICE

A computer system helps guide a medical device inside the body by using artificial intelligence. It starts by receiving images of the body parts that need to be examined. Then, the system analyzes these images to create a navigation plan for the medical device. It also produces visual instructions that show where the device should go. Finally, these instructions are sent to a user’s device, allowing them to see the guidance on their screen while performing the procedure.

TECHNOLOGIES FOR SUPPORTING SPATIAL-DOMAIN MULTIPLEX BASED SIMULTANEOUS UPLINK TRANSMISSIONS

New technology helps improve communication by allowing multiple signals to be sent at the same time from different sources. It focuses on using a method called spatial-division multiplexing, which separates these signals in space. This means that devices can share information more efficiently without interfering with each other. The system includes various tools and methods to manage these simultaneous transmissions. Overall, it aims to enhance the performance of uplink communications in networks.