Clark School Home UMD

ISR News Story

Barua is co-principal investigator for five-year, $700K NSF grant


Assistant Professor Rajeev Barua (ECE/ISR) is a co-principal investigator for a new National Science Foundation Information Technology Research grant. Parallel Random-Access Model (PRAM)-On-Chip is a five year, $700K grant that addresses the concrete open problem, "Can a breakthrough high-end parallel computer be built, through truly designing a machine that can look to a programmer like a PRAM?" Electrical and Computing Department Professor Uzi Vishkin is the principal investigator.

Other co-PIs along with Barua are Bruce Jacob, Manoj Franklin and Gang Qu, all of the ECE Department. The magnitude of the algorithmic knowledge base that has been developed for the PRAM (Parallel Random-Access Model, or "Machine'') algorithmic model makes it a serious alternative to the serial algorithmic theory. Eluding a solution for several decades, the problem of building a general-purpose parallel computer that is significantly faster than its serial counterpart has been a major open problem for computer science since the inception of the field. This research will provide the backbone in the development of a holistic computation framework, called Explicit Multi-Threading (XMT) that seeks to resolve this long-standing problem.

September 2, 2003


Prev   Next

 

 

Current Headlines

NSF funds Shamma, Espy-Wilson for neuromorphic and data-driven speech segregation research

Mo Research Group's Solid-State Battery Review Published in Joule

What Does a Pair of Dice Have to Do With Disaster Recovery?

New pyroelectric system transmits power wirelessly, harvesting and storing energy from heat source

UMD Launches New Labs for Infrastructure Education and Research

Czech Republic–United States Workshop on Artificial Intelligence held at UMD

Feathers Not Included

Pines Receives UMD President's Medal

Sennur Ulukus receives NSF grant to address important data-related medical device issue

NSF grant for Ghodssi, Bentley furthers research of flexible devices to combat biofilms

News Resources

Return to Newsroom

Search News

Archived News

Events Resources

Events Calendar