Ahmed Louri Installed in Karlgaard Professorship

Chair of Electrical and Computer Engineering joined GW faculty in August.

Ahmed Louri, David Karlgaard
Ahmed Louri, left, and David Karlgaard share a moment following Wednesday's ceremony. (Dave Scavone/For GW Today)
September 14, 2015

By James Irwin

Ahmed Louri arrived at the University of Southern California in the 1980s as a “shy graduate student,” his mentor said. But even then, Jean-Luc Gaudiot could see something special in the aspiring computer engineer standing in his office doorway.

“I remember making a mental note that this kid was going to go far,” Dr. Gaudiot said Wednesday at a George Washington University event installing his former pupil in an endowed professorship. “Today represents a goal of any good teacher: The student has now passed the master. [GW] really chose well.”

More than 30 years after that first encounter, at an event that featured remarks from George Washington University President Steven Knapp, Provost Steven Lerman and School of Engineering and Applied Science Dean David Dolling, among others, Dr. Louri was installed as the David and Marilyn Karlgaard Professor, becoming the first faculty member to hold the title.

“These events are binding agents for the community,” said Dr. Lerman, the A. James Clark Professor of Civil and Environmental Engineering. “Each time I participate in one of these installations, I feel invigorated and excited about being part of a fantastic academic community.”

David Karlgaard, center, flanked by his wife, Marilyn, and GW Provost Steven Lerman, specialized in computer architecture while he was a doctoral student at GW in the 1970s. (Dave Scavone/For GW Today)


Dr. Louri was most recently a professor of electrical and computer engineering and the director of the High Performance Computing Architectures and Technologies Laboratory at the University of Arizona. He also chaired the university’s computer engineering program from 2000 to 2006. He previously was program director for the National Science Foundation’s Directorate for Computer and Information Science and Engineering, overseeing an annual research portfolio of $800 million.

“[He] is a renowned scholar, an influential teacher and an accomplished administrator,” Dr. Knapp said. “We are so pleased and proud to install him as the David and Marilyn Karlgaard Professor.”

The position was established through a family bequest from Board of Trustees member David Karlgaard, D.Sc. ’74, and his wife, Marilyn. The longtime GW benefactors were recognized Wednesday, Dr. Dolling said, “for their ongoing support of education and SEAS.” The Karlgaards had previously established two scholarships at the school: the Karlgaard Scholarship in Computer Science and the Karlgaard Scholarship in Computer Engineering, both for rising juniors and seniors.

Their decision to fund an endowed professorship at SEAS was inspired in part by David Karlgaard’s experience at GW as a student, faculty member, SEAS National Advisory Council member and university trustee. His doctoral research at GW focused on computer architecture, and he said he was happy to have the first Karlgaard professor be a world-renowned expert in the same field.

“The goal of computer architecture is simple: combine current hardware elements, software elements and algorithms and make the fastest computers possible, handling large data volumes, all with modularity and redundancy, low power usage and small sizes,” Dr. Karlgaard said. “But there are two dimensions I remember most: The objectives of the computer architect are to integrate with the world and impact all human endeavors.”

Dr. Louri called computer architecture "the bridge between hardware and software," and said the next leap in the field could encompass the areas of big data, sensor networks and artificial intelligence. (Dave Scavone/For GW Today)


Those final pieces are critical to the future of computer architecture, Dr. Louri said. The field, which he called “the bridge between hardware and software,” has expanded rapidly since the 1950s alongside an evolution of computing platforms that began with room-sized mainframes and progressed to laptops and smartphones. Today, computer architecture, Dr. Louri said, “impacts every human activity,” including education, communication, transportation, commerce, health and manufacturing.

A major challenge in the field, he, Dr. Karlgaard and Dr. Gaudiot said, is power management. As devices get smaller and demand for speed increases, computer architects are hitting a power wall—“power density on the chip increases exponentially with the speed we’re trying to achieve,” Dr. Louri said. Multi-core processors, he said, are the method to solve this issue. The philosophy shift divides a single core into several to lower power consumption—a school of fish vs. one big fish, Dr. Louri said.

“It turns out we can sustain the performance and use 1/4 of the power by dividing the core in half, and so on, decreasing power demand by an ever increasing factor.” he said. “This gave birth to the multi-core era. Every computer company has adopted this philosophy.”

The next quantum leap in the field, he added, could exist at an intersection of big data, sensor networks and artificial intelligence.

“If you want to have a personal technology that helps you on a daily basis it would be an intelligent-automated human assistant that can not only answer questions but perhaps predict things for you,” he said. “Imagine you get up in the morning and go down to the kitchen and the coffee machine says, ‘Do you want the same coffee as yesterday?’ I think the next big thing will be what I call an ‘aug-mentor’—a computer mentor that augments our human capabilities. Computer architecture is going to be the cornerstone for that vision.”


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