Intel and the Massachusetts Institute of Technology (MIT) jointly announced Wednesday a research initiative to drive the development of new technologies for managing, storing and analyzing big data.
|Susan Hockfield, MIT President; Sam Madden, associate professor at MIT; Justin Rattner, Intel CTO; Governor Deval Patrick|
The program will be spearheaded by MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) and has been coined "bigdata@CSAIL."
For Intel’s part, the Santa Clara, Calif.-based chip maker is establishing the new Intel Science and Technology Center (ISTC) for Big Data within CSAIL, contributing to its research efforts. ISTC for Big Data will receive $2.5 million a year for up to five years and will be headed by Sam Madden, associate professor of Electrical Engineering and Computer Science at MIT, along with Michael Stonebraker, an adjunct MIT professor and principal investigator at CSAIL.
The aim of bigdata@CSAIL is to accelerate the discovery of new solutions that can help organizations better store and make sense of big data, an industry buzz word referring to the massive data sets pouring into today’s IT infrastructures from social media, smartphones and other next-gen technologies.
"We are witnessing an unprecedented period of growth of unstructured digital data on the Web," explained Intel CTO Justin Rattner at an MIT-hosted event Wednesday. The "internet of things" -- or the growing trend of objects housing sensors that allow them to digitally communicate with one another -- will only add to these massive heaps of data over the coming years, Rattner continued.
"There will be a mountain of data as we continue to extend our ability to sense the physical world around us," he told the crowd.
Rattner said that Intel currently operates five other ISTCs around the country, and that, for this particular center, CSAIL’s big data proposal was competing against 157 other abstracts from over 50 other schools. The timeliness and sheer "strength" of CSAIL’s proposal was what ultimately prompted the chip maker’s decision, he said.
MIT's Madden said there are four primary goals of bigdata@CSAIL: to discover more scalable processing platforms that can support big data; to develop applications or algorithms to better analyze big data; to define security parameters around stored big data; and, lastly, to design user interfaces that will facilitate the exploration of big data.
"With our investor collaborators, we want to define and explore the big data space," Madden said.
He also explained that there will be a concerted effort on the researchers’ part to discover industry- or domain-specific big data solutions. In medicine, for example, CSAIL will explore how big data tools can be leveraged for more accurate diagnostics and ultimately for more effective patient care.
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