# Computer Society Connection

Pages: pp. 76-78

## William J. Dally Earns 2004 Cray Honor

Figure    William J. Dally has made fundamental contributions to high-performance computer processing technology.

In recognition of groundbreaking achievements in high-performance computer processing, the IEEE Computer Society recently presented Stanford University's William J. Dally with the 2004 Seymour Cray Computer Science and Engineering Award. Dally's citation highlights his "fundamental contributions to the design and engineering of high-performance interconnection networks, parallel computer architectures, and high-speed signaling technology."

The chair of the Computer Science Department at Stanford University, Dally is principal investigator on the Imagine processor. This programmable signal and image processor achieves the performance of a special-purpose processor. Imagine is the first of its kind to use stream processing and partitioned register organization.

In addition to the Imagine processor, Dally has been instrumental in developing a "streaming supercomputer" capable of scaling easily from a single chip to thousands of processors. In contrast to conventional cluster-based supercomputers, the streaming supercomputer uses stream processing combined with a high-performance net- work that accesses a globally shared memory.

Working with Cray Research and Intel researchers, Dally has incorporated many of his innovations into commercial parallel computers. With Avici Systems, Dally has brought his technologies to Internet routers.

At Stanford, Dally is a member of the Computer Systems Laboratory, leads the Concurrent VLSI Architecture Group, and holds the Willard R. and Inez Kerr Bell Professor of Electrical Engineering and Computer Science position.

Dally has played a key role in founding Stream Processors, a company whose mission is to commercialize stream processors for embedded applications. Prior to joining Stanford's faculty, Dally worked at Bell Labs, Caltech, and MIT. At Bell Labs, he contributed to the design of the Bellmac32 microprocessor and designed the Mars hardware accelerator. At MIT, Dally led development of the Reliable Router high-performance routing chip and of the M-Machine, a fine-grained multicomputer project that later moved to Stanford.

A fellow of the IEEE and the ACM, Dally recently received the 2005 ACM/ Sigarch Maurice Wilkes Award for outstanding contributions to computer architecture.

### Upsilon Pi Epsilon award for academic excellence

In cooperation with international computing honor society Upsilon Pi Epsilon, the Computer Society presents the Upsilon Pi Epsilon Award for Academic Excellence to students who demonstrate high academic achievement and participate in computer-related extracurricular activities.

This year, the IEEE Computer Society presented the UPE Award to Neha Jain of North Carolina State University. Jain is also a 2004 winner of the Google-sponsored Anita Borg Scholarship.

Up to four UPE awards of $500 each are presented annually. Winners also receive their choice of either a Computer Society book or a one-year subscription to a Computer Society periodical. Computer Society volunteers Lowell Johnson, Fiorenza Albert-Howard, and Murali Varanasi served as judges for the Larson and Upsilon Pi Epsilon scholarships. Applications for next year's scholarships are due by 31 October. Each year, the IEEE Computer Society also offers up to 10 Richard Merwin Student Scholarships to student chapter leaders. The$4,000 Merwin prizes are paid out to individual winners in four installments. The deadline to apply is 31 May

For more information or to apply for Computer Society student awards programs, visit www.computer.org/students/schlrshp.htm.

## Computer Society Honors Berger with Fernbach Award

Marsha Berger, a professor of computer science at New York University's Courant Institute, has been honored with the 2004 IEEE Computer Society Sidney Fernbach Memorial Award.

In the awards citation, the award committee praised Berger's "many contributions to, and enormous influence on, computational fluid dynamics, including adaptive mesh refinement methods, Cartesian grid methods, and practical mathematical algorithms for solving significant and previously intractable problems."

Berger's research focuses on scientific computing applications in fluid dynamics and encompasses areas of computer science, numerical analysis, and applied mathematics.

Berger earned the 2002 NASA Software of the Year Award for her collaboration on Cart3D, a package for automated Cartesian grid generation and aerodynamic database creation. Her other honors include the 2000 NYU Sokol Faculty Award in the Sciences, the NSF Faculty Award for Women, and the NSF Presidential Young Investigator Award. Berger was elected to the National Academy of Sciences in 2000.

The Fernbach Award recognizes individuals who have made notable strides in developing applications for high-performance computing. An awards committee associated with the annual SC high-performance computing, networking, and storage conference evaluates nominations. The Fernbach winner receives a certificate of recognition and a $2,000 honorarium during a special ceremony at the conference. Nominations for the next year's Fernbach Award are due by 31 July. To nominate a potential recipient or to learn more about any IEEE Computer Society award, visit www.computer.org/awards/. ## Collaborative Research Program Broadens Its Outreach to Students The Computing Research Association's Committee on the Status of Women in Computing Research (CRA-W) recently announced an initiative designed to involve larger numbers of women and minority undergraduates in cooperative, hands-on research. By offering such research opportunities, the CRA-W aims to encourage more women and minorities underrepresented among computer science and engineering undergraduates to continue on to graduate-level study. Operating for six years as the Collaborative Research Experience for Women (CREW) program, the initiative's scope now includes other populations not commonly found among computer engineering professionals. Participants in the Collaborative Research Experience for Undergraduates in Computer Science and Engineering (CREU) program work on research projects at their home institutions during the academic year, in groups of two or three juniors or seniors. The students collaborate with one or two sponsoring faculty members on a project for which financial support would be otherwise unavailable. Each student receives a stipend of$1,000. In addition, participants can request up to \$500 per project for special equipment, travel, or supporting materials.

At the end of the project, students submit a one-page summary of their work for posting on the CRA-W Web site. Most students also submit papers or otherwise present their work to relevant journals and conferences.

Joining the CRA-W in sponsoring the CREU initiative are the National Science Foundation, Usenix, and the National Science Foundation's Partnership for Advanced Computational Infrastructure.

Proposals for 2005 CREU projects must be submitted by 1 July. To support the exchange of shared common experiences, individual teams should be homogeneous with respect to minority status or gender. Teams consisting of all women or all underrepresented minorities are especially encouraged to apply.

Prospective CREU participants must have completed two years of undergraduate study at the college level, including at least four courses in computer science or computer engineering.

For more information on the CRA-W CREU project, including detailed eligibility requirements and student project summaries from past years, visit www.cra.org/Activities/craw/creu/.