The National Science Foundation just designed a $650,000 bet that a University of Alabama in Huntsville group can make 1 of the world’s most popular new computer system components extra resilient, long lasting and power-efficient than the difficult disk drives the new tech is fast replacing.
The NSF has awarded Dr. Biswajit Ray a five-year, $650,000 “Faculty Early Profession Advancement Application (Occupation) award to go after his analysis. Ray and his workforce of doctoral students and graduate scientists are working on the undertaking now.
Stable point out drives are rapid and effective storage drives for laptop or computer information. Ray’s investigation aims to build storage management techniques that can double their lifetimes, UAH explained this 7 days.
SSD’s retailer facts in flash memories, and the technologies in those people recollections is also swiftly evolving. “I obtain current technological developments extremely remarkable,” Ray said in the university’s launch. “Manufacturers are releasing chips that can maintain in excess of 1.33 terrabits of data, and these chips are a few-dimensional buildings with storage cells put in several levels.”
Issues with the new drives consist of power efficiency, protection and privateness, Ray explained. “The job addresses these troubles as a result of smart memory administration procedures which can be implemented through program-primarily based answers in the storage firmware,” he suggests. “We will evaluate these strategies on state-of-the-artwork-flash memory chips.”
What could this sort of storage make it possible for in the upcoming? Improved predictive analytics and artificial intelligence in reduced-conclusion computers able of operating in “extreme environments, these types of as nuclear environments and house, in which flash drives are desirable because of to their light excess weight, substantial density and little sizing,” the announcement stated.
Ray explained his team’s get the job done will allow procedure designers to create new memory administration capabilities “that go over and above the algorithmic techniques” to evaluate and improve memory functionality. Two companies are now fascinated.
“I have a partnership with Western Electronic and Infineon Technologies,” Ray stated. “They are quite a great deal enthusiastic on the result of the job. They will supply technical mentorship and relevant methods for the achievement of the venture.”
The 3 doctoral college students functioning in Ray’s Hardware Reliability and Protection Laboratory are Matchima Buddhanoy, Md Raquibuzzaman and Umeshwarnath Surendranathan.