Educators and researchers are about to receive the disciplines they've been waiting for to address the challenges facing science, engineers and students alike in the field of Parallel Computing. Parallel computing today provides the single most powerful and most efficient infrastructure designed for computing extremely complicated data crunching involved in areas such as MRI results in real-time, weather forecasting, disease prediction and genomic analysis. Parallel computing is a key design to modern computing using multicore processors and supercomputers with up to a million processing units.
The University of Illinois Coordinated Science Laboratory launches a new Institute to provide resources aimed at enabling breakthroughs in parallel computing.
Entire organizations suffer when their networks can't keep up and new opportunities are put on hold. Waiting on service providers isn't good business. In these examples, learn how to simplify network management so that your organization can better manage costs, adapt quickly to business demands, and seize market opportunities when they arise.
Today's enterprise datacenter can be one of the most complex business environments with dozens (for smaller business), hundreds (for larger and midsize business), even thousands (for hyperscale businesses) of servers that must be managed and monitored. At this level, just managing the cords can be challenging — let alone keeping up with the growing need for more agility and scalability within the datacenter. Simply put, companies are aggressively looking for less complexity and more agility from their …