Donald B. Gillies Memorial Lecture
The Donald B. Gillies Memorial Lectureship in Computer Science was established at the University of Illinois through memorial gifts by family and friends, with a major contribution by the Digital Equipment Corporation.
Professor Gillies, a native of Canada, did his undergraduate work at the University of Toronto, and received his Ph.D. in mathematics from Princeton University in 1953. While in graduate school he worked as a graduate assistant at the Institute for Advanced Study with John von Neumann in the fields of game theory and computer science. Before coming to the University of Illinois in 1956, he spent two years with the National Research Development Corporation at Cambridge University and London, England. He was among the first mathematicians to become involved in the computer field, helping to calculate the first Sputnik orbit and later discovering three new prime numbers in the course of checking out ILLIAC II. (For nearly a decade, the latter was commemorated by the Mathematics Department with a postage mark stamped on all outgoing mail.) Before his death in 1975, he was experimenting with educational uses and networking possibilities of minicomputers.
Professor Gillies was an inspiration to his students, taking an interest in both their professional and personal lives. Long before timesharing terminals, minicomputers and microprocessors made “hands on” computer experience commonplace, he recognized the need for students to have this opportunity and implemented a system to provide it. Throughout his work and teaching he stressed the importance of the ethical use of computing machines in contemporary science. Dedicated to the honest uses of technology, environmentally concerned, a man of wit, vigor and understanding, he challenged and stimulated all who knew him.
It is hoped that the Donald B. Gillies Lectureship in Computer Science will continue to enrich the lives of students and colleagues as an appropriate memorial to a man whose intellectual excellence and moral purpose made him a distinguished teacher and scientist.
|Self-Supervised Visual Learning and Synthesis||Oct. 8, 2018||Alexei A. Efros|
|My Top Ten Fears About the DBMS Field||Apr. 9, 2018||Michael Stonebraker|
|Intelligent Robots in an Uncertain World||Oct. 16, 2017||Leslie Pack Kaelbling|
|Local Computational Algorithms||Dec. 5, 2016||Ronitt Rubinfeld|
|Magic Moments in Research and Teaching||Feb. 18, 2016||Jennifer Widom|
|Software-Defined Networking: Introduction and Retrospective||Apr. 28, 2014||Scott Shenker|
|Algorithms, Graph Theory, and the Solution of Laplacian Linear Equations||Mar. 11, 2013||Daniel Spielman|
|Mesos: A Platform for Fine-Grained Resource Sharing in the Data Center||Apr. 30, 2012||Randy Katz|
|Open Government: Innovation at the Department of Veterans||Feb. 28, 2011||Peter L. Levin|
|Exploring New Graphics Data Structures Designed for GPU Parallelism||Mar. 30, 2009||Hugues Hoppe|
|Research at Pixar Animation Studios||Feb. 25, 2008||Tony DeRose|
|Unleashing the Computer's Potential for Communication||Apr. 16, 2007||David Salesin|
|Looking for Bugs in All the RIGHT Places||May 2, 2005||Elaine Weyuker|
|Taming the Infinite: Verification of Infinite-State Systems||Nov. 17, 2003||Amir Pnueli|
|Converting Cycles into RASS (Reliability, Availability, Serviceability, Security)||Dec. 2, 2002||Monica S. Lam|
|Kinetic Data Structures||Mar. 25, 2002||Leonidas Guibas|
|Processing Petabytes: Turning Trees info Forests||Apr. 23, 2001||Jim Gray|