Improving Big Data Storage in a Big Way
Researcher Receives NSF Grant to Develop the Hermes Intelligent I/O Buffering System
Big-data applications—from the analysis of information in industries ranging from health care to entertainment to transportation—have large volumes of data. This data must be maintained, managed, and operated on disk-based computer-storage systems via input/output (I/O) systems, which read, process, and ultimately deliver the information. An ongoing problem in working with big data is that the performance improvement of storage systems has been much slower than that of advancements made in memory speed and capacity, thereby creating an I/O performance gap, or bottleneck.
The research group of Xian-He Sun, Distinguished Professor of Computer Science, has received a grant from the National Science Foundation (NSF) for the project “Framework: Software: NSCI: Collaborative Research: Hermes: Extending the HDF Library to Support Intelligent I/O Buffering for Deep Memory and Storage Hierarchy Systems.” The award is expected to total $3 million over four years.