Dictionary De - En
De - Es
De - Pt| Proverbs, aphorisms, quotations (English) | by Linux fortune |
| When one woman was asked how long she had been going to symphony concerts, she paused to calculate and replied, "Forty-seven years -- and I find I mind it less and less." -- Louise Andrews Kent | |
| At about 2500 A.D., humankind discovers a computer problem that *must* be solved. The only difficulty is that the problem is NP complete and will take thousands of years even with the latest optical biologic technology available. The best computer scientists sit down to think up some solution. In great dismay, one of the C.S. people tells her husband about it. There is only one solution, he says. Remember physics 103, Modern Physics, general relativity and all. She replies, "What does that have to do with solving a computer problem?" "Remember the twin paradox?" After a few minutes, she says, "I could put the computer on a very fast machine and the computer would have just a few minutes to calculate but that is the exact opposite of what we want... Of course! Leave the computer here, and accelerate the earth!" The problem was so important that they did exactly that. When the earth came back, they were presented with the answer: IEH032 Error in JOB Control Card. | |
| The late rebellion in Massachusetts has given more alarm than I think it should have done. Calculate that one rebellion in 13 states in the course of 11 years, is but one for each state in a century and a half. No country should be so long without one. -- Thomas Jefferson in letter to James Madison, 20 December 1787 | |
| So from the depths of its enchantment, Terra was able to calculate a course of action. Here at last was an opportunity to consort with Dirbanu on a friendly basis -- great Durbanu which, since it had force fields which Earth could not duplicate, must of necessity have many other things Earth could use; mighty Durbanu before whom we would kneel in supplication (with purely- for-defense bombs hidden in our pockets) with lowered heads (making invisible the knife in our teeth) and ask for crumbs from their table (in order to extrapolate the location of their kitchens). -- Theodore Sturgeon, "The World Well Lost" | |
| The Greatest Mathematical Error The Mariner I space probe was launched from Cape Canaveral on 28 July 1962 towards Venus. After 13 minutes' flight a booster engine would give acceleration up to 25,820 mph; after 44 minutes 9,800 solar cells would unfold; after 80 days a computer would calculate the final course corrections and after 100 days the craft would cirlce the unknown planet, scanning the mysterious cloud in which it is bathed. However, with an efficiency that is truly heartening, Mariner I plunged into the Atlantic Ocean only four minutes after takeoff. Inquiries later revealed that a minus sign had been omitted from the instructions fed into the computer. "It was human error", a launch spokesman said. This minus sign cost L4,280,000. -- Stephen Pile, "The Book of Heroic Failures" | |
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| Excerpts From The First Annual Nerd Bowl (#7) JOHN SPLADDEN: In this final round, the two teams must assemble a 16-node Beowulf cluster from scratch, install Linux on them, and then use the system to calculate pi to 1 million digits. This is the ultimate test for nerds... only people in the Big Leagues should attempt this... [snip] BRYANT DUMBELL: Look at that! Instead of messing with screws, the Portalbacks are using duct tape to attach their motherboards to the cases! That should save some time. [snip] They've done it! The Mad Hatters have completed the Final Round in 2 hours, 15 minutes. That's one hell of a Beowulf cluster they produced... drool. SPLADDEN: With that, the Mad Hatters win the Nerd Bowl 105 to 68! There's going to be some serious beer-drinking tonight back at the Red Hat offices. DUMBELL: Linus Torvalds has emerged from the sidelines to present his Linus Torvalds Trophy to the winners. What a glorious sight! This has definitely been the best Nerdbowl ever. I pity those people that have been watching the Superbowl instead. | |
| Brief History Of Linux (#10) The AnyQuack Computer One electronic machine, Colossus, was used by the British in World War II to decode Nazi transmissions. The code-breakers were quite successful in their mission, except for the tiny detail that nobody knew how to read German. They had decoded unreadable messages into... unreadable messages. Two years later in 1945, a group of professors and students at the Univ. of Pennsylvania were discussing computing theory. An argument ensued, in which one professor yelled, "Any quack can build an electronic computer! The real challenge is building one that doesn't crash every five minutes." One graduate student, J. Presper Eckert, Jr., responded, "I'm any quack! I'll take you up on that challenge. I'll build a device that can calculate 1,000 digits of pi in one hour... without crashing!" Several professors laughed; "Such high-speed calculations are beyond our level of technology." Eckert and his friends did build such a device. As a joke, he called the machine "AnyQuack", which eventually became ENIAC -- ENIAC's Not Intended As Crashware, the first known example of a self-referential acronym. | |
| If you float on instinct alone, how can you calculate the buoyancy for the computed load? -- Christopher Hodder-Williams | |
| "I wonder if this is the first constitution in the history of mankind where you have to calculate a square root to determine if a motion passes. :-)" -- Seen on Slashdot | |
| It's certainly easy to calculate the average attendance for Perl conferences. -- Larry Wall in <199710071721.KAA19014@wall.org> | |
