CASE STUDY:
This informative paper explores how one company easily and affordably implemented a data storage operating system that provides nondisruptive operations, proven efficiency, seamless scalability and much more. Read on to learn more.
TECHNICAL ARTICLE:
This informative paper examines a unified, scale-out storage solution that provides clustering capabilities for nondisruptive operations over the lifetime of your system. Read on to learn more.
EGUIDE:
This e-guide explains how one organization adapted their storage infrastructure to accommodate large data files. Find out whether they decided to replace their existing storage architecture and learn about the latest developments in clustering and convergence and how various market offerings stack up. Read on to learn more.
WHITE PAPER:
An executive summary of the results of a survey conducted by Desktop Engineering to gauge its audience's familiarity with high performance cluster computing and its benefits.
JOURNAL ARTICLE:
The storage and server cluster installed at The University of Texas at Austin is a lesson in how to do HPC. Storage requirements for HPC go beyond massive capacity, and include the use of high-performance file systems.
TECHNICAL ARTICLE:
This informative paper examines a unified, scale-out storage solution that provides clustering capabilities for nondisruptive operations over the lifetime of your system. Read on to learn more.
WHITE PAPER:
In this paper, we will review the common causes of application downtime and discuss how technologies available in the Oracle Database can help avoid costly downtime and enable rapid recovery from unavoidable failures.
WHITE PAPER:
This paper, the third in a series on enterprise data integration, examines how "connection-weighted load balancing" provides fast, reliable, highly available cluster processing.
WHITE PAPER:
Do you want an affordable, advanced storage clustering solution with high availability? Discover how you can use LSI Syncro CS solution at a low-cost that is even simpler-to-deploy.
WHITE PAPER:
This paper discusses the technical underpinnings of Resin 4.0's sophisticated clustering capabilities that provide reliable and fast distributed sessions, distributed object caching, and cloud-wide application deployment all while adding and removing application server instances at will during runtime.
