perm filename CHARTS.XGP[ALS,ALS] blob sn#261611 filedate 1977-02-06 generic text, type T, neo UTF8
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           "The Analytical Engine has no␈↓ ↓H
        pretensions whatever to originate␈↓ ↓H
        anything.  It can do whatever we␈↓ ↓H
        know how to order it to perform."␈↓ ↓H
            Lady Lovelace in 1844␈↓ ↓H
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        "Man has in a single generation␈↓ ↓H
        found himself sharing the world␈↓ ↓H
        with a strange new species: the␈↓ ↓H
        computer and computer-like␈↓ ↓H
        machines."   Minsky in 1967␈↓ ↓H
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This Strange New Species␈↓ ↓H
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1. The ideal servant␈↓ ↓H
2. No will of its own␈↓ ↓H
3. Unfailingly obedient␈↓ ↓H
4. Very fast and accurate␈↓ ↓H
5. Never sleeps, never tires␈↓ ↓H
6. No imagination, no emotions␈↓ ↓H
7. Does nothing unless ordered␈↓ ↓H
8. Perfect memory, instant recall␈↓ ↓H
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                This Strange New Species␈↓ ↓H
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                1. The ideal servant␈↓ ↓H
                2. No will of its own␈↓ ↓H
                3. Unfailingly obedient␈↓ ↓H
                4. Very fast and accurate␈↓ ↓H
                5. Never sleeps, never tires␈↓ ↓H
                6. Does only what is ordered␈↓ ↓H
                7. No imagination, no emotions␈↓ ↓H
                8. Perfect memory, instant recall␈↓ ↓H
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        What You should know about Computers␈↓ ↓H
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        1. ␈↓αEarly history␈↓ ↓H
␈↓↓        2. Computers vs. calculators␈↓ ↓H
        3. The parts of any computer␈↓ ↓H
        4. Why we need computers␈↓ ↓H
        5. Their speed and accuracy␈↓ ↓H
        6. Programming (writing orders)␈↓ ↓H
        7. What computers are now doing␈↓ ↓H
        8. What computers will be doing␈↓ ↓H
        9. ␈↓βTHE LONG RANGE FUTURE␈↓ ↓H
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␈↓↓        Computers vs Calculators␈↓ ↓H
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        1. Size and cost␈↓ ↓H
        2. Permanent files␈↓ ↓H
        3. The stored program␈↓ ↓H
        4. Multiplicity of steps␈↓ ↓H
        5. Alternate program paths␈↓ ↓H
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        The four parts of a computer␈↓ ↓H
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        1. The arithmetic unit␈↓ ↓H
        2. Storage unit or units␈↓ ↓H
        3. Input-output mechanisms␈↓ ↓H
        4. Comparison and switching␈↓ ↓H
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           "The Computer has no ability␈↓ ↓H
        whatever to originate anything.␈↓ ↓H
        It can do only whatever we know␈↓ ↓H
        how to order it to perform."␈↓ ↓H
        paraphrased from Lady Lovelace␈↓ ↓H
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        As true today as it was in 1844!␈↓ ↓H
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        Why do we need Computers?␈↓ ↓H
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        1. People are too slow␈↓ ↓H
        2. People make mistakes␈↓ ↓H
        3. People are too expensive␈↓ ↓H
        4. There are not enough people␈↓ ↓H
        5. Computers create more jobs␈↓ ↓H
        6. Many tasks impossible without␈↓ ↓H
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        Speed, Accuracy and Reliability␈↓ ↓H
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        1. One million times as fast␈↓ ↓H
        2. One million times as accurate␈↓ ↓H
        3. Less "down time" than people␈↓ ↓H
        4. Automatic error checking␈↓ ↓H
        5. Double-entry bookkeeping␈↓ ↓H
        6. Computers blamed falsely␈↓ ↓H
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        Programming␈↓ ↓H
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        The programmer must␈↓ ↓H
        1. Fully understand problem␈↓ ↓H
        2. Use a programming language␈↓ ↓H
        3. Anticipate all complications␈↓ ↓H
        4. Write orders in minute detail␈↓ ↓H
        5. Make no typographical errors␈↓ ↓H
        6. Leave nothing to "common sense"␈↓ ↓H
        7. Be completely "literal minded"␈↓ ↓H
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        What You know about Computers␈↓ ↓H
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        1. ␈↓¬Arcaiologia␈↓ ↓H
␈↓↓        2. Computers vs. calculators␈↓ ↓H
        3. The parts of any computer␈↓ ↓H
        4. Why we need computers␈↓ ↓H
        5. Speed and accuracy␈↓ ↓H
        6. Programming (writing orders)␈↓ ↓H
        7. What computers are now doing␈↓ ↓H
        8. What computers will be doing␈↓ ↓H
        9. ␈↓∧Long range future of computers␈↓ ↓H
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        The near future␈↓ ↓H
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        1. Tele-type writing␈↓ ↓H
        2. Personal computer␈↓ ↓H
        3. Checkless economy␈↓ ↓H
        4. Weather forcasting␈↓ ↓H
        5. Automated factories␈↓ ↓H
        6. Personal newspapers␈↓ ↓H
        7. Direct-access library␈↓ ↓H
        8. Better telephone system␈↓ ↓H
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        "Computer" mistakes␈↓ ↓H
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        1. Wrong input figures␈↓ ↓H
        2. No manual checking␈↓ ↓H
        3. Special situations␈↓ ↓H
        4. Problem of changes␈↓ ↓H
        5. Fraud protection␈↓ ↓H
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        The long range future of computers␈↓ ↓H
            (Economics will dictate)␈↓ ↓H
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        1.  A mechanical house maid␈↓ ↓H
        2.  Self steering automobiles␈↓ ↓H
        3.  Completely automated factories␈↓ ↓H
        4.  Automatic language translation␈↓ ↓H
        5.  The Information Society␈↓ ↓H
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        "Apart from the question of its␈↓ ↓H
        saving labour in operations now␈↓ ↓H
        possible, we think that the␈↓ ↓H
        existance of an instrument of␈↓ ↓H
        this kind would place within␈↓ ↓H
        reach much which, if not actually␈↓ ↓H
        impossible, has been too close to␈↓ ↓H
        the limits of human endurance to␈↓ ↓H
        be practically available."  A␈↓ ↓H
        committee of the British␈↓ ↓H
        Association in 1872␈↓ ↓H
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Number systems␈↓ ↓H
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Binary␈↓ ↓H
    Won-Sang 1182-1135 B.C.␈↓ ↓H
    Many primative peoples␈↓ ↓H
    Modern computer usage␈↓ ↓H
Base 5 (one hand only)␈↓ ↓H
    Roman and Mayan usage␈↓ ↓H
Base 20 (fingers and toes)␈↓ ↓H
    French & English traces␈↓ ↓H
Decimal (10 fingers)␈↓ ↓H
    Hindus (circa 800 A.D.)␈↓ ↓H
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