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Linear A.
Ancient language, lost to the modern day. Largely undecipherable.




Get nondeterministic!




So this got me to thinking . . . what if machines do have a subconscious of their own? What if machines right now are like human babies, which have brains but no way of expressing themselves except screaming (crashing)? What would a machine's subconscious look like? How does it feed off what we give it? If machines could talk to us, what would they say?

- Douglas Coupland, Microserfs




This blog is about: ...among other things.




Archive

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DO NOT TAUNT HAPPY FUN BALL.

I watched a young woman present a machine with an extremely complex problem in ballistics involving hundreds of variables. At once lights on a control panel twinkled and winked as the computer checked to see that all equipment was operating properly. Then it set briskly to work. Magnetic tapes spun in their shiny glass-and-steel vacuum cabinets, the high-speed printer muttered. Suddenly the machine stopped and the electric typewriter wrote: “Last entry improperly stated!” A little embarrassed, the young operator corrected her error, and the machine started again. Four minutes later it gave an answer that had required several million individual calculations.
“This is a wonderful machine” the girl said, “but it makes you shiver sometimes, especially when you give it a wrong figure. Once in a while we give it an incorrect figure on purpose—just to see it sneer at us.”

Modern Mechanix - THINKING MACHINES ARE GETTING SMARTER (1959)
((and the lonely people are getting lonelier.))
THE FIRST INSTANCE OF MACHINE TRANSLATION-INDUCED LOLS??

In an early experiment, the computer was asked to translate the English saying “Out of sight, out of mind,” into Russian. The result was startling: “Invisible and insane.”

PLUS BONUS “oh brave new world!” FACTS:

Most commercial and scientific computer systems are huge affairs that fill a good-sized room which must be air-conditioned and dust-free. The largest digital computers cost from $500,000 to $4,000,000 each and yet they are being produced on an assembly-line basis by several companies.

DO NOT TAUNT HAPPY FUN BALL.

I watched a young woman present a machine with an extremely complex problem in ballistics involving hundreds of variables. At once lights on a control panel twinkled and winked as the computer checked to see that all equipment was operating properly. Then it set briskly to work. Magnetic tapes spun in their shiny glass-and-steel vacuum cabinets, the high-speed printer muttered. Suddenly the machine stopped and the electric typewriter wrote: “Last entry improperly stated!”

A little embarrassed, the young operator corrected her error, and the machine started again. Four minutes later it gave an answer that had required several million individual calculations.

“This is a wonderful machine” the girl said, “but it makes you shiver sometimes, especially when you give it a wrong figure. Once in a while we give it an incorrect figure on purpose—just to see it sneer at us.”

Modern Mechanix - THINKING MACHINES ARE GETTING SMARTER (1959)

((and the lonely people are getting lonelier.))

THE FIRST INSTANCE OF MACHINE TRANSLATION-INDUCED LOLS??

In an early experiment, the computer was asked to translate the English saying “Out of sight, out of mind,” into Russian. The result was startling: “Invisible and insane.”

PLUS BONUS “oh brave new world!” FACTS:

Most commercial and scientific computer systems are huge affairs that fill a good-sized room which must be air-conditioned and dust-free. The largest digital computers cost from $500,000 to $4,000,000 each and yet they are being produced on an assembly-line basis by several companies.

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