Unlock healthcare insights with graph analytics software, a powerful way to visualize and identify meaningful relationships from large data sets.
Intel® SSF Reference Designs provide starting points to help HPC system vendors and purchasers specify, design, and build HPC systems. This reference design includes Intel® Xeon® processor E5-2600 v4 product family and Intel® Omni-Path Fabric.
Learn how deploying a private cloud is enabling precision medicine and precision medical analytics to fuel advances in fighting cancer.
Dr. Joe Grey from Oregon Health Science University discuss how developing a private cloud is enabling precision medicine and precision medical analytics to fuel advances in fighting cancer through the Collaborative Cancer Cloud initiative.Full View >
Learn how wearable medical devices are advancing Parkinson’s research through the collection and analysis of data that has never been seen before.
In a collaborative effort to speed up breakthroughs in drug development, the Michael J Fox Foundation is using Intel’s wearable medical devices to advance Parkinson’s research through collection and analysis of data that has never been seen before.Full View >
The healthcare cloud infrastructure in place at Johnson & Johnson offers agility and improved healthcare outcomes.
The healthcare cloud infrastructure in place at Johnson & Johnson uses a software-defined hybrid cloud that is highly virtualized and scalable with security built in, offering agility and improved outcomes.Full View >
Intel and the OHSU Knight Cancer Institute use collaborative analytics and genomic analysis via the cloud to develop personalized treatment plans.
See how Intel and the Oregon Health & Science University (OHSU) Knight Cancer Institute are using collaborative analytics via the cloud to increase the speed and cost-effectiveness of developing a personalized treatment plan.Full View >
University Health’s database migration to an open standards-based architecture helped lower TCO and boosts performance and flexibility.
See how, by migrating its EHR database from RISC to an open standards-based architecture, University Health is slashing total cost of ownership (TCO) while boosting performance, flexibility, and coordinated care for patients.
See how the Intel® Xeon® processor E7 family is helping University Health cut total cost of ownership (TCO) for its Epic and Caché* deployment.
See how by migrating from RISC to Dell platforms powered by the Intel® Xeon® processor E7 family, University Health expects to cut total cost of ownership (TCO) by 40 percent for its Epic and Caché* deployment, reducing costs, complexity, and risks.
Describes Intel's collaboration with the Michael J. Fox Foundation on a Parkinson's research solution using wearable technology.
White Paper: Describes Intel's collaboration with the Michael J. Fox Foundation on a Parkinson's research solution using wearable technology, Intel algorithms, Big Data analytics, and the Cloudera distribution of Hadoop*.