UMBC ebiquity

Scientific Services on the Cloud

Authors: David Chapman, Karuna Pande Joshi, Yelena Yesha, Milton Halem, Yaacov Yesha, and Phuong Nguyen

Book Title: Handbook of Cloud Computing

Date: September 11, 2010

Abstract: Scientific Computing was one of the first every applications for parallel and distributed computation. To this date, scientific applications remain some of the most compute intensive, and have inspired creation of petaflop compute infrastructure such as the Oak Ridge Jaguar and Los Alamos RoadRunner. Large dedicated hardware infrastructure has become both a blessing and a curse to the scientific community. Scientists are interested in cloud computing for much the same reason as businesses and other professionals. The hardware is provided, maintained, and administrated by a third party. Software abstraction and virtualization provide reliability, and fault tolerance. Graduated fees allow for multi-scale prototyping and execution. Cloud computing resources are only a few clicks away, and by far the easiest high performance distributed platform to gain access to. There may still be dedicated infrastructure for ultra-scale science, but the cloud can easily play a major part of the scientific computing initiative.

Type: InBook

Chapter: Scientific Services on the Cloud

Address: http://www.springerlink.com/content/w48374rk75428940/

Publisher: Springer US

Series: Part 3

Pages: 379-405

Tags: service, cloud computing

Google Scholar: search

Number of downloads: 863

 

Available for download as


size: 961338 bytes
 

Related Projects:

Active Project

 Semantic Cloud Services Framework.