Dead At 92, Business Computing Pioneer David Caminer
Brooklyn Bob points out this fascinating obituary of David Caminer, the first systems analyst. "The tea company he worked for developed their own hardware and software — in 1951! Quoting New Scientist: 'In today's terms it would be like hearing that Pizza Hut had developed a new generation of microprocessor, or McDonald's had invented the Internet.'"
http://www.telegraph.co.uk/news/obituaries/2188963/David-Caminer.html
I don't think you actually understood that comparison.
They're not saying that it's like McDonald's inventing the McNugget. They're saying that it would be like McDonald's, the fast food company, inventing a computer from scratch.
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From TFA: So it was only natural it would look at the electronic brains that scientists in the United States were developing for scientific and military purposes as a way to streamline its own empire
Why do Americans have this urge to claim the credit for everything?
The Germans built a computer during WWII, and the brits built Colossus computers to break German codes. The University of Manchester built their first computer in 1948, and another in 1949, even the aussies had built CSIRAC in 1949, two years before LEO, and yet the NY times has to claim the LEO was based on what 'American Scientists' were doing.
There's a whole big world out there, and America doesn't have a monopoly on innovation.
Deal with it.
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The tea industry was so big at one point that it was profitable to build an entire class of ship specifically for tea and nothing else. Lyons deals with all kinds of commodities, many perishable, so high-power optimization was viable. As for "glacially slow", Colossus may have been slow per calculation but performed thousands of calculations in parallel and in benchtests compared favourably with a Pentium doing the same work. Early computers could, if built well, be damn fast and there are still problems where an analogue computer will outperform a digital computer at the same task.
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What sort of calculations could possibly be worth the expense of building an early computer to do them with? That's one thing I have wondered about : these machines had about as much memory as a sheet of notebook paper, and were glacially slow at calculations. What kind of tasks could be worth the expense of building one?
FTFA: millions of daily transactions
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It's not about tea - but as the New Scientist says, the exact equivalent to Lyons is something like Pizza hut. Lyons were the absolute masters of logistics in their time - they ran a huge network of outlets to a consistent quality with a very large turnover. So, they were really an ideal company to experiment with this new technology. Lyon's logistical expertise was such that during the Second World War they ran one of the largest bomb making factories in the world, just a couple of miles from where I live. One in seven bombs dropped on Germany came from the Lyons factory at Elstow.
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And never managed to maintain the loyalty of their colonies and ended up losing them all.
Another nitpick: LEOs were not exactly mini. See the pictures on this enthusiasts web site.
And we've been here before.
Um, pretty much every source of economic data. Take a look at the US Census data since 1980. Total manufacturing output in the 2000's is several times greater. As population grows the number of things made follows. It's not of an indicator of economic health, but the US definitely makes more crap today than it did in 1980.
Here's some links to the IBM mechanical business machines:
http://www.columbia.edu/acis/history/tabulator.html
http://www.columbia.edu/acis/history/407.html
With successive stages of punched-card processing, fairly complex calculations could be made. One could roughly think of each stage as an SQL clause: SELECT (filter columns), then WHERE (filter cards, or "rows"), then maybe a GROUP BY, then a SORT BY, and then perhaps feed those back to another set of SELECT and WHERE cycles again if needed. Still, a human operator usually had to store, load, and monitor the various card stacks over each stage.
Table-ized A.I.
Not only did Lyons build the first industrial computer, they even had a bureau service running as soon as the machine was ready to take on the extra work.
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