Clark School Home UMD

ECE News Story

Vishkin Receives NSF Grant for Asynchrony in Desktop Supercomputer Technology

Vishkin Receives NSF Grant for Asynchrony in Desktop Supercomputer Technology

Prof. Uzi Vishkin
Prof. Uzi Vishkin

Professor Uzi Vishkin (ECE/UMIACS) is co-Principal Investigator (PI) for a National Science Foundation (NSF) grant that will support his research, titled "Design and Tools for Easy-to-Program Massively Parallel On-Chip Systems: Deriving Scalability through Asynchrony." The grant, worth nearly $1 million, was one of only two large-scale team proposals awarded by NSF in the "Design Automation for Micro and Nano Systems" area for its Computing Processes and Artifacts (CPA) program. The research is being conducted jointly with Steven M. Nowick, professor of computer science and electrical engineering at Columbia University, an expert in asynchronous computing.

The researchers are engaged in new parallel processing technology aimed at improving scalability and power consumption in the next generation of computers. Commercial manufacturers are currently focused on increasing the number of processors, or cores, that fit on a single computer chip, but power consumption represents a significant obstacle to continued advances. Vishkin and Nowick plan to create a new hybrid computing system that is partly asynchronous, or clockless, for implementation in an easy-to-program and easy-to-teach multi-core, parallel architecture. Their goal is to build a robust and adaptive asynchronous mesh — unlike current standard industry approaches, which are typically based on a single global clock rate. This innovation will allow easy modular integration of cores and memories operating at different clock rates. This new model is expected to require significantly lower power, and could push the level of scalability beyond what is currently possible, promising a broad impact in supporting parallel applications.

Vishkin and Nowick will work together to develop CAD (computer-aided design) tools to support the design of this new high-speed asynchronous communication mesh, and will develop analysis tools to be applied to the entire parallel structure.

Prof. Vishkin has received international attention for his related parallel computing research, which included the development of a desktop supercomputing prototype capable of speeds 100 times faster than current desktops, representing a paradigm for the next generation of computers. In future devices, his XMT technology could include 1,000 processors on a chip the size of a fingernail. More information about Vishkin's new desktop supercomputer prototype and XMT technology can be found at

November 21, 2008

Prev   Next

Current Headlines

PhD student Upal Mahbub and Prof. Rama Chellappa win IEEE UEMCON best paper award 

Paley Presents at NAE 2016 Frontiers of Engineering Symposium

Solar cells improved with nanospheres is subject of ACS journal cover

The Department of Electrical and Computer Engineering hosts the 4th Annual Back to School Night

It’s not your ears, it’s your brain

Munday, Ha, and Collaborators' Research featured on the Cover of ACS Applied Materials and Interfaces

NSF Awards $3.45M National Innovation Ecosystem Grant to University of Maryland

Mayergoyz Publishes a book, "Quantum Mechanics for Electrical Engineers"

News Resources

Return to Newsroom

Search News

Archived News

Events Resources

Events Calendar

Additional Resources

UM Newsdesk

Faculty Experts