Document Library

Highway 9 private 5G solution supports specific use cases that complement Wi-Fi. The system delivers high-speed, low-latency networks using 4th Gen Intel® Xeon® Scalable Processor-based servers.

This paper discusses a novel approach to harnessing the power of Generative AI in Video Analysis, where the user can easily query a specific video’s data through a mobile and website interface.

New survey of healthcare, manufacturing, and retail leaders reveals technology’s transformative potential.

In a community like Brooklyn Center, technology bridges the divide between physical facilities and patients by giving people an avenue to officially engage with the primary care physician and establish their unique baseline of care. Most of all, this approach helps reduce stress, achieve meaningful outcomes, strengthen trust between health care institutions and communities historically apprehensive and skeptical of medical institutions.

Advantech solutions with 13th Gen Intel® Core™ processors bring significant performance enhancements in graphics and AI to demanding healthcare applications at the edge.

Nowadays, with the rapid construction of smart hospitals, the information architecture of medical institutions is faced with huge challenges, such as increasingly blurred boundaries of medical applications, unprecedented data growth, heavier workloads, and highly intensive application load. The traditional information architecture, which is built and operating separately, and difficult to integrate with infrastructure, has bottlenecks in many aspects like performance, stability, scalability and security. Therefore, it is necessary to have an indepth rearchitecture. In this context, building a cloud-edge-end collaborative infrastructure has become an important option for medical institutions to empower core services, clinical services, scientific research, external services, desktop clients, etc.

This validated reference design for genomics analytics is an end-to-end hardware and software package developed in collaboration with the Broad Institute of MIT and Harvard. It’s designed for optimized performance, scale and ease of deployment to allow customers to spend less time, effort and expense evaluating hardware and software options. All components are tuned to take advantage of the latest innovations in Intel® architecture.

To find a new way to make genomic insights more accessible, Intel teamed up with a premier research institute, the Berlin Institute of Health at Charité (Charité BIH), and precision medicine focused bioinformatics software developer, Sentieon. This collaboration developed an optimized analytic pipeline that performed analysis on long-read next-generation sequencing (NGS) data using standard data center CPUs from Intel. The proof-of-concept pipeline built by Sentieon cut the standard time-to-result by more than 14x. In further testing, 4th Generation Intel® Xeon® Scalable processors showed a 21% advantage in speed over 3rd Generation Intel® Xeon® Scalable processors. This offers tremendous potential to bring economies of scale to bioinformatics as each successive generation of Intel technology helps make genomic analysis software faster and more efficient.

The JelloX Federated Learning Platform allows clinical data from multiple healthcare organizations to be used for collaborative AI model development while meeting regulatory requirements and maintaining patient privacy. The solution utilizes Intel® Geti™ software to overcome intense resource requirements for clinical workers to label the data and train vision models.

Learn how video feeds, sensor fusion and machine learning augment next-generation inpatient monitoring and assessment solutions for improved clinical decision support.

Leveraging the power of artificial intelligence (AI) and image processing, computer vision technologies are revolutionizing the way medical professionals analyze, interpret, and act upon visual data.

Wakayama Medical University Hospital uses video recognition for patient quality of life and to improve treatment safety.