Karen A. Frenkel
A conversation with Steve Jobs
NeXT, Inc. President and CEO Steve Jobs (left), and VP of Sales and Marketing, Dan'l Lewin, discuss the goals of the new company, and the NeXT Computer System itself.
Volumetric rendering speaks volumes for data 20 orders of magnitude apart—from human anatomy to neuroanatomy, and from electrostatic charges of macromolecules to failure analysis of manufactured parts.
The art and science of visualizing data
"I manipulate the laser," the artist said, having exploited laboratory equipment. "This is a parallel pipeline systolic SIMD engine we call the 'Jell-O Engine,'" the animator/straight man announced, but not until he had decimated the practice of ray tracing. And officials from supercomputer centers declared the visualization of scientific data would define a new field, a revolutionary way of doing science.
Profiles in computing: Donald E. Knuth: scholar with a passion for the particular
"Age 30 is kind of appropriate because I got the first copy of volume 1 from the publisher nine days after my 30th birthday. So, a large part of the work had been done when I was 30 years old. They already were working on typesetting the second volume."
Commenting on his books' influence, Knuth says, "It's been phenomenal from my point of view. In 1976 a study was done of how many people writing papers on computer science made a reference to my book somewhere in their articles, and it was found that about 30 percent of the papers in Communications, Journal of the ACM, and SIAM Journal on Computing cited the book. So it has an impact in that way." What about sales? Knuth notes that publishers may joke about professors whose books never sell, but they don't apply here. "I know that people buy the book. I don't know how many read it. But the sales have been incredible. I think something between 1000 and 2000 copies [have been sold] per month for 20 years."
Profiles in computing: Allan L. Scherr
"Most of the work I've done has been done to break things into existence that didn't exist before. . . . In a sense, my whole career's been about building organizations that didn't exist before, creating processes to do things that have never been done before, and solving technical problems that hadn't been solved before. The work I did at MIT was that way as well. There was no real foundation to build on, and I had to make it up as I went along. That's characterized, if not my whole career, at least the parts of my career that I consider the most rewarding."
"Pioneers are also the people that get arrows shot through them. That's the downside, and I've had my share of arrows pulled out of my hide."
Profiles in computing: Brian K. Reid: a graphics tale of a hacker tracker
"When the Securities Exchange Commission was created by Franklin Roosevelt, he was trying to fix a lot of problems on Wall Street. There were various Ivan Boesky-type crimes being committed on the stock market, and Roosevelt wanted to create a regulatory agency that would keep it in line. He wanted to hire a sheriff to police Wall Street. What he did was he hired the person who was absolutely, unarguably, the biggest criminal on Wall Street—the person who was guilty of the most crimes. And he put him in charge of the Securities Exchange Commission, figuring that that person, being the most successful Wall Street bandit, knew all the tricks and could police his friends. And that person did a really good job of cleaning up Wall Street actually, because he did know all the tricks."
"In a certain sense, I got my start in the computer business by bending the rules, or not knowing what the rules were. I was extremely good at penetrating everyone's computer security when I was a kid. And, because of my tremendous knowledge in this area, I have frequently been called in to help catch people who break in. . . ."
An interview with the 1986 A. M. Turing Award recipients—John E. Hopcroft and Robert E. Tarjan
In the following interview, which took place at the 1986 Fall Joint Computer Conference in Dallas, Texas, John Hopcroft and Robert Tarjan discuss their collaboration and its influence on their separate research today. They also comment on supercomputing and parallelism, particularly with regard to statements by FJCC Keynote speakers Kenneth Wilson, Nobel laureate and director of Cornell University's Supercomputer Center, and C. Gordon Bell, chief architect on the team that designed DEC's VAX and now with the National Science Foundation. Finally the Turing Award winners air their views on the direction of computer science as a whole and on funding and the Strategic Defense Initiative.
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