Perspectives on Women in Computer Science

Perspectives on Women in Computer Science"

Panelists:

-Professor Claire Cardie
(PhD University of Massachusetts, Amherst, 1994)

Member of the faculty, Department of Computer Science, Cornell University. Coordinator of Undergraduate Programs in Information Science. Founding member of the Women's Mentorship Program in Computer Science at Cornell University. Research includes: developing corpus-based techniques for understanding and extracting information from natural language texts. cardie@cs.cornell.edu

-Priyanka Nishar '03
(Bachelor of Science candidate, College of Engineering, Cornell University) 

President of the Association of Computer Science Undergraduates. Member of the Society of Women Engineers. Attendee of the 2002 Grace Hopper Conference "Celebration of Women in in Computing". Founding member of the Women's Mentorship Program in Computer Science at Cornell. pan4@cornell.edu

-Professor Rosemary Paradis
(Ph.D. SUNY, Binghamton, 1998)

Member of the faculty, Department of Computer Science, Ithaca College. Research engineer at Lockheed Martin. Co-author of "What is Computing? The perceptions of university computing students," presented at The Grace Hopper Celebration of Women in Computing, Vancouver, 10-12 October 2002:   www.cs.wits.ac.za/~vashti/sem/CGPT02GHC.html. Research includes: gender and computer ethics, artificial intelligence, learning systems and neural networks. Currently working on projects in computer vision and image understanding. rparadis@ithaca.edu

-Roselyn Teukolsky
 (MS Mathematics Education, Cornell University, 1976)

Mathematics and AP computer science teacher, Ithaca High School. Cornell Computer Science summer instructor: CS 211; CS 212; and CS 410. Author of Barron's review book: "How to Prepare for the AP Computer Science Exam (C++)", 2001. Java review book pending 2003 publication.  rteuk@astro.cornell.edu

-Linda Jojo
(MS Industrial Engineering, Rensselaer Polytechnic Institute, 1992)

Chief Information Officer, General Electric, Silicones Division ($1.3 billion). Formerly Global HR Systems Leader for GE and Systems Analyst at Digital Equipment Corporation. Active member of GE Women's Network. linda.jojo@gesm.ge.com

Panel Moderator:

-Vicky Weissman, 
BS '96, MEng '99 (PhD Candidate, Computer Science, Cornell University)

Founding member of the Women's Mentorship Program in Computer Science at Cornell. Research interests include: using logic to state and reason about security policies. vrw1@cornell.edu

Proposed talking points for the panel: Panelists will not make formal presentations but instead will give a brief summary about their own background, then will be asked to address various points which will be introduced by the moderator. Here are a few examples of points that may be discussed: 

Misinformation about women in CS (see "myths" below) What are the barriers that are preventing more women from choosing computing related majors?  What attracts women to the field to begin with? Examples of disrespect and how to deal with it: a few male students walk out of a section being taught by a woman, saying "I didn't want to be taught by a girl." some male students use pointed and disparaging language when referring to women students, as if to say "You don't belong here." How do women deal with bias, sexism, and other barriers to success? Positive actions for change: How professors (both men and women) can help  Mentorship works, how can we improve the mentorship network?  Women in leadership/teaching roles

Myths about computing include: Men are better suited or better prepared to study computer science (research actually shows the opposite!) Computer science is only about programming  You need to know a lot about computers and arcane programming jargon to be able to understand and make progress in the field The study of computing is impersonal and doesn't involve real people or human problems.

Date Posted: 12/09/2002

Schneider is named chief scientist

By Bill Steele

Fred B. Schneider, Cornell professor of computer science, has been named chief scientist at the newly created Griffiss Institute for Information Assurance.

In addition, Robert Constable, Cornell's dean for computing and information science, has been named to the institute's board of directors. The institute, launched in September with $4.5 million in New York state funding, is a collaboration of private-sector companies, local economic development groups and colleges, universities and research institutions aimed at ensuring the security of information systems. The institute's aim is to develop a workforce of information-security professionals and create a locale for information-assurance services and products.

Among other resources, it will draw on the Information Assurance Institute (IAI) at Cornell, a joint research effort of Cornell computer scientists and U.S. Air Force researchers, which Schneider directs. "The focus of the IAI is on research," Schneider said. "The new Griffiss Institute will provide practical support to New York state businesses and institutions to improve computer security." Schneider was appointed by the Griffiss Institute board of directors at its first meeting, Nov. 14, according to board chairman Michael A. Miravalle. The first employee of the institute, Schneider will split his time between the institute and Cornell. The institute will be housed in a renovated building in Griffiss Technology Park, formerly Griffiss Air Force Base, in Rome, N.Y.

The new institute is positioned to apply for support from the federal government under the Cyber Security Research and Development Act, introduced by House Science Committee Chairman Sherwood Boehlert (R-N.Y.). The act authorizes $903 million over five years to ensure that the United States is better prepared to prevent and combat terrorist attacks on private and government computers. Under the legislation, the National Science Foundation will create new cybersecurity research centers, undergraduate program grants, community college grants and fellowships, and the National Institute of Standards and Technology will establish new programs for partnerships between academia and industry. "Dr. Schneider is extraordinarily well qualified to help build Griffiss Institute into a first-class operation. He is not only an internationally renowned researcher but somebody who has been active in setting the research agenda in information assurance both in the United States and abroad. We are very happy that he is willing to join in our venture," said Miravalle, president and chief executive officer of Dolphin Technology, a high-tech firm specializing in cybersecurity, information assurance and other defense-related computer intelligence services.

A native New Yorker, Schneider earned a bachelor's degree from Cornell in 1975. He earned a master's degree in 1977 and his doctorate in 1978, both from the State University of New York at Stony Brook. He returned to Cornell and joined the faculty in 1978. From 1998 to 2000 he chaired the National Academy of Sciences study committee on information systems trustworthiness, leading to the publication of the book Trust in Cyberspace, which he edited. He was elected professor-at-large at the University of Tromsoe, Norway, in 1996, and now spends one week each year lecturing about computing at the world's northernmost university.

Over the past 30 years, Schneider has worked in a broad set of research areas related to information assurance, including software engineering, fault-tolerance and computer security. An author of two books and more than 100 technical papers, he also is an active member of scientific advisory boards at Intel, Microsoft, IBM and Cigital. He served as a principal in an Internet software development company that was acquired by Oslo-based FAST ASA, which today competes with Google through its Alltheweb search engine. Schneider remains affiliated with FAST as a senior technical consultant on matters of security and reliability.

"I have a considerably better perspective on what scientific questions are important by virtue of my close ties to industry, and I regard my involvement in the Griffiss Institute as a natural next step," said Schneider. Other officers selected at the first board meeting were Todd Hutton, president of Utica College; David Gillette, executive assistant to the president at Polytechnic University in Brooklyn; Doug Robinson, president and chief executive officer of Utica National Insurance; and J.K. Hage III, a Utica attorney and legal representative for the Griffiss Institute.

Date Posted: 12/05/2002

New CS faculty member

Kavita Bala

Assistant professor, computer science and computer graphics College: Faculty of Computing and Information Science, Engineering Academic focus: Rendering the appearance of light and shadow in interactive computer graphics. Previous position: Postdoctoral research associate, Cornell Program of Computer Graphics. Academic background: B.S., Indian Institute of Technology, Bombay, India, 1992; M.S., Massachusetts Institute of Technology 1995; Ph.D., Massachusetts Institute of Technology, 1999, all in computer science.

Rachel Dunifon

Assistant professor, policy analysis and management College: Human Ecology Academic focus: Dunifon's research is in the area of child and family policy. Specifically she is interested in examining the impact of maternal work and welfare programs on low-income children, the effects of single-parenthood and cohabitation on children, and the transmission of attitudes and characteristics from parents to children. Previous position: Postdoctoral research fellow, Program on Poverty and Social Welfare Policy, University of Michigan, 1999-2001; research assistant, Institute for Policy Research, Northwestern University, 1997-1999. Academic background: B.A., psychology, Davidson College, 1994; Ph.D., human development and social policy, Northwestern University, 1999.

Jeffrey Harrison

Fred H. Peelen Professor of Global Hospitality Strategy College: School of Hotel Administration Academic focus: Research interests are in strategic management, organizational alliances, diversification and stakeholder value in the hospitality industry. Teaching interests are competitive strategies for the hospitality industry, strategic management, organization theory and behavior, and management decision analysis. Harrison is the author of several books, most recently Strategic Management of Resources and Relationships (Wiley, 2003). Previous positions: Professor of management, University of Central Florida; associate professor, Clemson University. Academic background: B.S., finance, Brigham Young University, 1982; MBA, University of Utah, 1983; Ph.D., strategic management/management information systems, University of Utah, 1985.

Burke A. Hendrix

Assistant professor, government and ethics and public life. College: Arts and Sciences. Academic focus: Ethical evaluation of state territorial conflicts, including questions of property rights, political obligation, national self-determination and international law, with particular attention to Native American sovereignty claims in the United States. Previous position: Doctoral student and University Fellow, University of Colorado at Boulder. Academic background: B.A., political science and history, Linfield College, 1992; and M.A.,1999, and Ph.D., 2002, both in political science from the University of Colorado-Boulder.

Aija E. Leiponen

Assistant professor, applied economics and management College: Agriculture and Life Sciences Academic focus: Examines technological change in the economy, while trying to understand how the organization of firms' activities affect their innovation performance. Most recently she has examined the creation and transfer of knowledge between business service firms and their clients. Ongoing research projects also include a study of firms' strategies in the creation of technological standards in wireless telecommunications. Previous position: Research scholar, Research Institute of the Finnish Economy; research fellow, University of California-Berkeley. Academic background: M.S., 1993, and Ph.D., 2000, Helsinki School of Economics and Business Administration.

Date Posted: 9/26/2002

Computer scientist Keshav Pingali is Theory Center associate director

Keshav K. Pingali, professor of computer science at Cornell, has been named associate director of the Cornell Theory Center (CTC), Thomas F. Coleman, director of CTC, has announced.

In his new role at CTC, Pingali will facilitate the center's interaction with Cornell computer and computational scientists and assist in interactions with federal funding agencies.

Pingali, who joined the Cornell faculty in 1986, researches programming languages and compilers for high-performance architectures. His team develops the algorithms and tools that are required to generate efficient code for programs in a variety of application areas, including scientific and engineering simulations. He is the lead investigator at Cornell for the National Science Foundation-funded Adaptive Software Project, leading an interdisciplinary team of computer scientists, engineers and physicists.

CTC operates a Dell/Intel/Windows cluster complex, consisting of more than 900 processors. These are configured into general purpose and dedicated clusters for computational materials, computational biology solutions and the Cornell Institute for Social and Economic Research.

CTC also provides a Windows/Dell/Intel 3D, stereo immersive, virtual reality environment for scientific visualization and supports research in bioinformatics, behavioral and social sciences, computer science, engineering, geosciences, mathematics, physical sciences and business.

Date Posted: 9/26/2002

Cornell professor Paul Ginsparg, science communication rebel, named a MacArthur Foundation fellow. Three other Cornell alumni also receive 'genius award' fellowships

Three other Cornell alumni also receive 'genius award' fellowships

ITHACA, N.Y. -- Paul Ginsparg, professor of physics and computing and information science at Cornell University, has been named a 2002 fellow of the John D. and Catherine T. MacArthur Foundation. He will receive a no-strings-attached grant of $500,000 over the next five years.

Ginsparg is probably best-known as the creator of an online system for distributing scientific research results -- known by scientists around the world as "arXiv.org" -- which bypasses the conventional avenues of scientific publication. As a theoretical physicist, he has made substantial contributions in quantum field theory, string theory, conformal field theory and quantum gravity.

"Ginsparg has deliberately transformed the way physics gets done, challenging conventional standards for review and communication of research and thereby changing the speed and mode of dissemination of scientific advances," the foundation said in announcing the award.

The MacArthur awards, popularly known as "genius awards," are intended to encourage innovation. "We are committed to nurturing those who are a source of new knowledge and ideas, have the courage to challenge inherited orthodoxies and to take intellectual, scientific and cultural risks," Jonathan F. Fanton, president of the foundation, said in announcing this year's awards. Ginsparg is one of 24 recipients this year. The list includes scientists, artists, writers and musicians, among them three other scientists who are Cornell alumni.

"We worked very hard to bring Paul Ginsparg to Cornell," said Cornell President Hunter Rawlings. "I believe information science will be an increasingly important part of scholarship not only in the sciences but also the humanities. His work already has become an important part of our digital library initiative, and his innovative spirit has enriched two departments. Paul earned his Ph.D. from Cornell in 1981, and we are very happy that he returned to this campus. This award is richly deserved."

Robert Constable, Cornell dean for computing and information science, said, "Paul is a brilliant scientist and a visionary. He has had a major impact on Cornell's emerging information science program, and I think of him not only as a physicist but as one of the first of a new kind of scientist, an information scientist. He joins a distinguished group at Cornell of this new breed."

"I think it's particularly appropriate that this award comes this year at Cornell because I've frequently likened myself to Dr. Frankenstein," Ginsparg remarked, referring to the fact that the university is engaged in a communitywide book project, a discussion of Mary Shelley's classic novel. "Here I used high technology to release this little monster."

Eleven years ago, while working at the Los Alamos National Laboratory in New Mexico, Ginsparg launched a computer-based system for distributing "preprints" of scientific papers, working in his spare time on surplus equipment. Last year Ginsparg joined the Cornell faculty and moved the arXiv to a server at Cornell, maintained by the Cornell University Library. The service is now located at http://arXiv.org and is supported by the National Science Foundation (NSF) and the Cornell University Library. "arXiv" is pronounces like "archive." The X represents the Greek letter chi.

The arXiv now contains nearly 210,000 articles in physics, mathematics and computer science, with almost 3,000 new submissions coming in each month. Over 15 million text articles a year are downloaded. Unlike articles submitted to professional journals, papers submitted to the archive are immediately available online, at no cost to the user. Also unlike articles submitted to professional journals, postings to arXiv.org are not peer-reviewed. Except for some rudimentary screening for inappropriate off-topic submissions, almost anyone can post almost anything. It's up to the reader to decide what is worthwhile.

While many conventional scientific publishers are doing similar things today, Ginsparg said, the arXiv still has an "extraordinary conceptual difference" and is vastly less expensive than conventional publishing. Whereas the cost of distributing an article in a conventional scientific journal can run from around $2,000 to $20,000, it costs from $1 to $5 to distribute an article through the arXiv, he said.

Los Alamos was the perfect place to develop the arXiv, Ginsparg added, noting that he probably could not have done it if he had had academic responsibilities. But the move to Cornell, where members of the university's Digital Library Group are taking over routine administration of the arXiv, is freeing him to try new things.

His Cornell professorship is a joint appointment in the Department of Physics and the newly created Faculty of Computing and Information Science, an interdisciplinary unit created in recognition of the fact that computing and information science have become part of almost every academic discipline. Ginsparg has joined the new Information Science Laboratory to do research on distributed network resources, using ideas drawn from the arXiv experience. "The way researchers acquire information that they need is completely transformed from a decade ago. Our basic assumption is that we're only scratching the surface of the iceberg," he said, deliberately mixing metaphors to emphasize the magnitude of the unknown. He is also a member of the Cornell University Library Board and is becoming interested in problems that go beyond the digital library initiative.

In physics he is moving from string theory to statistical mechanics. But, "I never end up doing what I claim I'm going to do anyway," he pointed out. "Regardless of what I tell you I'm going to do, there will be this gigantic detour, and it will develop into something totally different." Ginsparg will teach courses in both physics and information science.

A policy of the MacArthur Foundation is that recipients may use the money in any way they choose. It requires no specific projects and expects no reports. As to how he will use the grant, "I don't really know yet," Ginsparg said. "When I was doing this early on and it was new and controversial, that was the fun part. Now these awards come in and so it's clearly time to do something new and creative."

He is already working on plans to expand the arXiv to other scientific disciplines. "The reason it worked in physics is that I'm a physicist and I know how physics works," he said. "Cornell is a place where you can imagine this interdisciplinary discussion taking place. Where I come in is not to do the things that are obvious."

Ginsparg received his undergraduate degree from Harvard University in 1977 and his Ph.D. from Cornell in 1981. He was a junior fellow in the Harvard Society of Fellows (1981-84) and a Sloan Foundation Fellow (1986-90). He served on the faculty of Harvard from 1984 to 1990 and on the research staff of the Los Alamos National Laboratory from 1990 to 2001. In 1998 he was awarded the Physics, Astronomy and Math Award from the Special Libraries Association, and in 2000 he was elected a fellow of the American Physical Society.

The three Cornell alumni who were named 2002 MacArthur fellows are:
Erik Mueggler, 40, associate professor of anthropology at the University of Michigan at Ann Arbor. After receiving a B.A. from Cornell in 1987 and an M.A. (1990) and Ph.D. (1996) from Johns Hopkins University, he joined the Department of Anthropology at Michigan in 1996. His research, the MacArthur Foundation said in its announcement, produces "new and persuasive conclusions about the distinctive relationship between China's minorities and the State, offering a model for future ethnography in China and elsewhere." He has received numerous grants and fellowships for his research and is the author of The Age of Wild Ghosts (2001).

Sendhil Mullainathan, associate professor of economics at the Massachusetts Institute of Technology, who at 29 is the youngest of this year's 24 fellows. He received a bachelor's degree from Cornell in 1993 and since 1998 has been on the faculty of the Department of Economics at MIT. He has served as a consultant for the Harvard Institute for International Development and is currently a faculty research fellow in labor and corporate finance at the National Bureau of Economic Research. The foundation announcement said his "empirical methodology and theoretical inquiries consistently reveal new perspectives from which to consider traditional questions in economics. ... he invigorates the discipline with fresh and unconventional inquiries into important issues."

Daniela Rus, 39, associate professor of computer science and cognitive neuroscience at Dartmouth College and director of the Dartmouth Robotics Laboratory, which she founded in 1994. She earned her M.S. in 1990 and her Ph.D. in 1992 from Cornell.

She also co-founded and co-directs the Dartmouth Transportable Agents Laboratory and received an NSF Career Award in 1996. Her research includes practical implementation of self-reconfigurable robots, the foundation announcement said, adding, "She has demonstrated a capacity to move effortlessly among the most challenging issues in the theory and application of computer science and robotics."

John Hopcroft, Cornell professor of computer science, was her thesis adviser at Cornell, and recalls, "She was a fantastic student, self-motivated, very bright. She did some very original and creative work on gripping objects with a robotic arm. I knew she would be successful with whatever she did, but this is terrific."

Date Posted: 9/24/2002

Changes will simplify structure in computing and information science

By Bill Steele (Cornell Chronicle, September 5, 2002)

A reorganization announced July 1 by Cornell President Hunter Rawlings and Provost Biddy Martin promises to streamline the structure of computing and information science instruction, tying the Department of Computer Science more closely to the Faculty of Computing and Information Science (FCIS). Robert Constable, dean for Computing and Information Science (CIS), and W. Kent Fuchs, dean of the College of Engineering, collaborated on the plan. "The Faculty of Computing and Information Science was established to develop research collaborations and educational programs for the entire university. Under the leadership of Dean Constable, the programs in Computing and Information Science have flourished, and we expect they will continue to grow," Martin said.

The FCIS was created three years ago as an interdisciplinary unit, with members spread across several colleges and departments. They're involved in computational linguistics, computational biology, computer-aided design, computer graphics, interactive information systems, computer simulation and more. But there also is the Department of Computer Science, which has been around since 1965. It has belonged to both the College of Engineering and the College of Arts and Sciences, and computer science faculty members held appointments in both colleges. This arrangement made sense because the discipline broadly embraced mathematics, the physical sciences and engineering.

With the reorganization, the Department of Computer Science will jointly belong to the College of Engineering and the FCIS. Charles Van Loan, chair of the department, will report both to the dean for CIS and the dean of engineering. From the inception of the FCIS, its faculty members all have had their "homes" in various academic departments and their respective colleges, reporting both to the deans of those colleges and to Constable. Now members of the Department of Computer Science will be jointly appointed in both engineering and the FCIS.

"I'm impressed that the structure is simpler and cleaner," Constable said. "The structure that Biddy and Hunter came up with is elegant and effective." "It's essentially business as usual with respect to the day-to-day running of the department," Van Loan added. "However, the new administrative arrangement makes it possible for us to contribute in both Engineering and the larger CIS initiative. The whole is definitely greater than the sum of these two parts."

Students in the College of Arts and Sciences will still be able to major in computer science. Currently, Van Loan said, about 200 computer science majors graduate each year, and about 70 of those are in the College of Arts and Sciences. Students in the College of Engineering can either major or minor in computer science.

Starting this year, the FCIS will offer a minor or a concentration in information science to students in six of the seven undergraduate colleges. As Constable describes it, "information science" deals with the use of computers to process large and complex stores of data, while "computer science" is mainly about how to compute well and automatically process information. The new minor, Constable said, reflects the fact that the social sciences and humanities have become more and more information-intensive.

Meanwhile, Van Loan said, "The new structure clarifies my job. We can look forward to creating new opportunities in computational biology and information science, and I don't have to spend so much time worrying about the administrative question marks."

The new programs will operate at both graduate and undergraduate levels, Constable pointed out. The College of Engineering will be the tenure home for faculty members in the Department of Computer Science; appointment, reappointment, tenure and promotion processes will follow college guidelines. The dean for computing and information science will be integrally involved in those processes, Martin said in a letter to the faculty Aug. 4.

The College of Engineering provides a number of administrative services for the Department of Computer Science and now also will provide an administrative umbrella for FCIS. Deans Constable and Fuchs are expected to work closely on both academic and administrative decisions, the letter said.

Date Posted: 9/05/2002

Cornell joins forces with Dell, Intel, and Microsoft to expand usage of high-performance cluster computing in the corporate data center

Cornell Theory Center (CTC) Receives $60 Million In Resources Over Four Years to Deliver Compelling Performance for Compute-Intensive Commercial Applications

Aug. 5, 2002 - Cornell Theory Center (CTC) today announced an agreement with Dell, Intel, and Microsoft to develop and deliver CTC High-Performance Solutions, a suite of industry standards-based high-performance computing (HPC) solutions and services for business, government and academic clients. The agreement provides $60 million worth of resources over the next four years to aid in solutions development.

CTC High-Performance Solutions will be based on Dell PowerEdge servers; Intel Xeon and Itanium family processors and tools; and running Microsoft Server software. This combination is designed to provide customers with the performance and availability once only achieved by proprietary supercomputers at a fraction of the price. CTC will double the size of its existing 425-server Dell, Intel and Windows-based HPC clusters as a result of this agreement. With the standards-based technologies in CTC's clusters, it can provide users with documented high performance, reliability and security while functioning at significantly reduced total cost of ownership when compared to the proprietary supercomputer CTC previously used.

HPC clustering has been successfully used in university and research environments for years to solve complex problems, but also has many practical applications for business such as scalable online transaction processing with Web clients, decision support systems, engineering design and analysis, bioinformatics and more. CTC High-Performance Solutions will apply its Windows HPC expertise to accelerate the deployment and scale out of Windows-based IT infrastructure in the private sector.

CTC High-Performance Solutions will develop robust Windows HPC solution stacks for broad industry deployment, and will include HPC services such as UNIX to Windows code porting, optimization, and porting to parallel environments; systems planning and integration; systems and applications training and testing; benchmarking. CTC will also offer high-performance Web services based on Microsoft's .NET software and SQL Server. CTC's TechExchange Consortium will provide members with more immediate access to IT technologies and will help drive the evolution of Windows HPC.

In addition, CTC will establish a technology showcase for proof-of-concept applications for HPCC in the financial district of New York City. This facility will be linked to related activities in CTC's Ithaca, N.Y., laboratories and will serve as the setting for customers to pilot projects.

"Establishment of CTC High-Performance Solutions comes at a time when all sectors of the economy face increasing competition, pressure on margins, and the need to demonstrate strong and quick returns on investment," said Thomas F. Coleman, CTC director and Cornell computer scientist. "With our expanded relationships and combined strengths, we can show companies, government agencies, and academic institutions how to expand their technical computing environment, while reducing their overall IT budget. They can take their existing expensive, proprietary systems, which are often islands of performance requiring extra systems staff, and replace them with a more flexible, scale-out clustered environment that is expandable and that fits in the overall Windows-based office environment."

"Cornell Theory Center is playing an important leadership role in Windows Server-based high-performance computing," said Brian Valentine, Microsoft Senior Vice President, Windows Division. "They were first to move completely to Windows for HPC. They have shown that it works in the most demanding settings. And they will be instrumental in moving HPC out of the research environment and into the mainstream industry. As we work together with CTC, Dell, and Intel, the efforts coming out of this agreement will very clearly show Windows brings the highest value to high-performance computing applications and companies' business systems on an industry standards-based IT platform."

"The flexibility, performance and cost-effectiveness of Dell PowerEdge servers with Intel technology is becoming more and more attractive to customers in research-intensive industries outside of the university, due in part to initiatives like CTC's Windows program," said Russ Holt, vice president of Dell's Enterprise Systems Group. "Through Dell's own HPCC program, we continue to see customers replacing legacy, proprietary systems with Intel-based HPC clusters."

"Intel continues to invest in HPC to propel the industry forward and drive innovation using Intel's volume economics model - delivering absolute performance, price/performance, flexibility and choice to enable supercomputing for the masses," said Mike Fister, senior vice president and general manager, Intel Enterprise Platforms Group. "Using the industry-leading floating point performance of the Intel Itanium 2 processor and the world-class price/performance of the Intel Xeon processor, CTC High-Performance Solutions will help accelerate the migration of leading-edge computational research into the corporate data center of the future."

"This tremendous investment by Dell, Intel and Microsoft in the Cornell Theory Center is a true vote of confidence in the intellectual power of one of our State's finest academic institutions," said Governor Pataki. "Industry, university and government collaboration is critical to economic success in our State and throughout the nation, especially in the fast-paced world of information technology. This project is a prime example of how expertise at New York State's top-flight universities can help industry solve complex problems that will benefit all sectors, public and private."

For more information about CTC High-Performance Solutions, visit http://www.ctc-hpc.com.

About the Cornell Theory Center
CTC is a high-performance computing and interdisciplinary research center located on the Ithaca campus of Cornell University. CTC currently operates a Dell/Intel/Windows cluster complex consisting of more than 900 processors. Scientific and engineering projects supported by CTC represent a vast variety of disciplines, including bioinformatics, behavioral and social sciences, computer science, engineering, geosciences, mathematics, physical sciences, and business.

About CTC Systems
CTC's Systems are configured into general purpose, strategic application, and dedicated clusters. Among the dedicated research clusters housed at CTC are a 64-node system devoted to computational materials, 64 nodes for computational biology solutions, 32 nodes to support the USDA-ARS Center for Agricultural Bioinformatics, and 32 nodes dedicated to social and economic research. CTC also provides a novel Windows/Dell/Intel 3D, stereo immersive CAVE environment for scientific visualization.

Note: Intel, Itanium and Xeon are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries. Dell and PowerEdge are trademarks or registered trademarks of Dell Corporation in the United States and/or other countries. Microsoft, Windows, SQL Server, and .NET are trademarks or registered trademarks of Microsoft Corp. in the United States and/or other countries. Other names and brands may be claimed as the property of others.

Contacts:
CTC: Margaret Corbit, 607-254-8716, corbitm@tc.cornell.edu
Microsoft: Gary Grossman, Waggner Edstrom 503-443-7000
Intel: Barbara Grimes, 503-712-6024, barbara.t.grimes@intel.com
Dell: Wendy Giever, 512-728-6442, wendy_giever@dell.com

Date Posted: 8/05/2002

Human-Computer Interaction Group tests systems for electronic guides

By Bill Steele

Been on a tour lately? Maybe you had to wait until the next tour group was scheduled, and then found yourself being hustled from one stop to the next. Or maybe you followed a guidebook that didn't begin to answer all your questions. New technology being developed at Cornell has turned small, portable computers, called personal digital assistants (PDAs), into guides, giving visitors a wealth of information cued to locations on a tour.

Two variations of the system currently are being tested by students working in the Human-Computer Interaction Group headed by Geri Gay, Cornell professor of communications and information science. One version, using infrared beacons, is being tried out in the Herbert F. Johnson Museum of Art on campus and soon will be tested at the Field Museum in Chicago and Kew Gardens outside London. Another, using Global Positioning System (GPS) satellite location, is being offered as an option for outdoor tours of the Cornell campus by prospective students in the College of Engineering.

The systems were developed by Kiyo Kubo '02 and Jenna Burrell '01. Nick Farina '02 joined the team this year. Graduate student Michael Stefanone also is working on the museum project.

At the Johnson Museum, where the tour project has been dubbed Muse, tiny infrared beacons are placed beside each exhibit. When the visitor points the PDA "guide" at the exhibit, the beacon identifies the location and the PDA downloads appropriate information from a wireless network. The download can include multimedia material, even streaming audio and video, as well as text. For example, visitors viewing a statue of the Aizen Myo-o, a six-armed Japanese god of love, can read about the place of the god in the pantheon, find information on related gods and view other depictions of the same god, along with information about the particular sculpture they are seeing. There also is a picture of the sculpture with clickable hot spots: "Click on one of his right hands and it will tell you what he's holding," explained Farina. The outdoor tour, called CampusAware, uses PDAs to access information from GPS satellites that report the user's location to within about 20 feet. In this case, tour information is preloaded, enabling the device to display information about nearby campus buildings and landmarks.

"When you get about 20 feet from the statue of Ezra Cornell, the computer will tell you about the statue," Farina explained. For buildings, he added, the information zone is a rectangle extending out on all sides of the building.

Both systems include a sort of virtual guestbook. A visitor can enter comments linked to any site on the tour, which are then reviewed for appropriateness and posted for future visitors to see. "One person left a note on where to find a good bathroom in Malott Hall," said Farina. Visitors also can use an infrared link to download information into their own PDAs to take home. CampusAware is supported by Intel Corp. and Palm Inc. Muse is supported by an anonymous donor.

Date Posted: 5/16/2002

Graeme Bailey wins Carpenter Award

By Linda Grace-Kobas

Isaac Kramnick, Cornell vice provost for undergraduate education, announced May 1 the first recipients of the Kendall S. Carpenter Memorial Advising Awards at Cornell.

The awards were established by Stephen Ashley, a member of the Cornell Board of Trustees, to honor his former adviser, Kendall S. Carpenter, a professor of business management at Cornell from 1954 until his death at the age of 50 in 1967.

President Hunter Rawlings, in announcing the establishment of the awards in February, said, "These awards reinforce the Cornell commitment that advising undergraduate students is a top priority at the university." The $5,000 awards recognize "sustained and distinguished contributions of professorial faculty and senior lecturers to undergraduate advising."

The 2002 recipients are:
Glenn Altschuler, dean of continuing education and the Litwin Professor of American Studies
Graeme Bailey, professor of computer science
Cynthia Hazan, associate professor of human development
Carol McFadden, senior lecturer in biomedical sciences

Nominations were accepted from students, student groups, university staff, college deans and associate deans, alumni and department chairs. Committees composed of faculty members, students and associate deans involved in undergraduate education advised Kramnick on the selection of finalists. Rawlings made the final selection of winners.

Kramnick called the awards "incentives for change" in improving the quality of advising for undergraduate students. Altschuler is a former dean in the Academic Advising Center in the College of Arts and Sciences from 1981 to 1991. Among the letters of support for his nomination from students, one student wrote, "[He] has been an integral part of my college education. ... [he] helped me to look to the future, to think about what I wanted to get out of my time here at Cornell. ... His guidance helped me foresee what I wanted to accomplish here."

A member of the Cornell faculty for four years, Bailey helped in the development of a freshman colloquium series called "Great Ideas from Computer Science." In 2000 the Association of Computer Science Undergraduates awarded him its highest honor, "Faculty of the Year." His letters of nomination included many references to his "almost limitless appetite for working with students," in advising, in the classroom and in many extracurricular activities.

Among qualities named by students in endorsing Hazan's nomination were the fact that she "always challenged me to challenge myself," she was "very supportive of my personal growth," she "displayed the perfect combination of patience and support" and "she is approachable, kind, interested and extremely respectful of students and their ideas." McFadden has taught freshman biology classes since 1976 and has served as faculty adviser for biology majors and premedical students for the past 20 years. Students wrote of her "genuine desire to see students succeed." One student wrote: "Her continuous support for Cornell academia and athletics is a constant reminder of how proud I am to be a Cornellian. ... She truly is an icon of higher education excellence."

Ashley graduated from the College of Agriculture and Life Sciences in 1962 and received his master's degree in business administration from Cornell's Graduate School of Business and Public Administration (now the Johnson School) in 1964. He is chairman and chief executive officer of The Ashley Group, a family of related companies focused on management, brokerage, financing and investment in commercial and multifamily real estate. Ashley was elected as a Cornell trustee fellow in 1998. Ashley and his wife, Janice, have been named Cornell Foremost Benefactors, and in 1991 they established the Stephen B. and Janice Ashley Graduate Fellowship in the College of Agriculture and Life Sciences.

Date Posted: 5/09/2002

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