The CDRH (Center for Devices and Radiological Health) is in the process of updating their standards and suggested practices. They are going to be more strict with medical device developers. The purpose of this paper is to present the medical device developer guidelines for complying with the "suggestions" of the CDRH. 

To curb server proliferation and rising electrical costs, Dartmouth-Hitchcock Medical Center moved its virtualization infrastructure to the Windows Server 2008 operating system with Hyper-V technology, using Microsoft System Center Virtual Machine Manager 2008 to manage its server landscape. 

This implementation guide to migrating to desktop Linux provides a technical planning reference for IT organizations, large or small, that are now considering a migration to Linux-based personal computers. 

In this expert Pocket E-Guide you will discover the five most common Linux security challenges that are currently overlooked in many of today’s businesses. Discover the pivotal role default installations, maintenance, and system testing play and learn why it is important to test Linux-based systems for vulnerabilities periodically and consistently. 

In a typical healthcare organization, hundreds to thousands of medical and support staff need to access patient data to do their job. How do you effectively enforce access controls to hospital information systems without hampering medical care efficiency and effectiveness? Read this paper and learn how. 

This paper will focus on the OpenSSH implementation, which was initially developed as part of the OpenBSD project and is installed by default on most modern BSD and Linux-based operating systems, including Red Hat Enterprise Linux and Fedora. 

Red Hat® Enterprise Linux® is a standards-based UNIX®-like operating system that provides a development environment similar to SunTM SolarisTM. This paper looks to highlight some of the major differences between Solaris and Red Hat Enterprise Linux to help application developers port their code. 

Put state-of-the-art intelligence to work on the challenges of tomorrow by running Red Hat Enterprise Linux on the latest Intel® Xeon® processors. Red Hat's open source, commercial-strength innovation delivers optimized results for performance, energy efficiency, and advanced virtualization on Intel platforms, all at an affordable price. 

Discover the benefits of disk over tape-based storage systems. This podcast will examine a large medical nonprofit’s transition from a tape-based storage system to a disk-based system. Find out how this organisation increased backup performance, shortened RTOs, lightened management burden, cut costs and more by switching to disk-only storage. 

This IDC White Paper is based on research data collected at a dozen customer sites in the United States, Canada, and Europe, all with mixed server platforms, to find the technical and business outcomes from deploying cross-platform Linux solutions on IBM servers. This paper presents the key findings of a return on investment (ROI) analysis. 

In this case study learn how Intel® processor-based blade servers helped TIBCO Software keep up with business growth while lowering IT costs. 

One of the leading questions IT organizations face when thinking about their installed base of servers is when and how to refresh those servers. This white paper discusses why you should refresh, provides common approaches meet new requirements, and explores the x86-based Sun server line using Intel Xeon processors. 

Please watch this presentation featuring Brad Blake, Director, IT at Boston Medical Center. The presentation will illuminate topics such as Boston Medical Center’s decision process and successful implementation of Data Domain deduplication storage - as well as the economic benefits received by going tapeless for backup and disaster recovery.