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Computers are a new invention, having been developed by both American and Soviet authorities in their quest for space exploration and more deadly weapons of war.
This book is to help the beginner understand what computers are and how they may affect our daily lives.
Written by Manly Mann PhD, Head Curator, The Cabbage Museum of Calculating Machines and David Scary, PhD, Professor of Theoretical Mathematics, Massachusetts Institute of Technology. Assisted by Blames Wife, Architect, and Big Huge Robinson with Herald Bitwomb MRSCIS, Fine Artists.
This book uses the new Linotype Hell Doppler-Laser Configurator with Pure Optical Laser Beams encased within Powerful Electromagnets. This technology enables the typist to preview and adjust any aspect of the typesetting before it runs on press. Our grateful thanks to the 485 technicians, operators, electricians, electronicists, management and staff of the Linotype-Hell complex. Thanks also to Dr B. Binary, Dr Mega Byte, Dr Taped Rive and the staff of Random Access Memory for the disjointed and useless trivia so thoughtfully presented.
Acknowledgements
The publishers wish to thank the following for their contributions: Waddom Ajcess Mepory, Inv Dr Beardsley McTurbanhead, Institute for Atomic Studies, Algeria Dr Janet Redacted, author of “101 Ways to Do It in Zero Gravity” ENIAC and the two-bit bus Whoever invented Television, Dr F. Machine, author of “Potential Transmission Principles” Whoever invented the Telephone The Philips Magnetic Tape Manufacturing Facility, Barbados
Copyright 1971 Ladybird Books, Inc. All Rights Reserved. |
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INTRODUCTIONFollowing WWII, the arms race and the space race, it has emerged that a new type of technology now has a distinct development path.
These machines are called ‘computers’. Much like calculators, computers can calculate according to a set of pre-defined instructions. These instructions are accumulated in sets known as 'programs' by highly-skilled demigods whose minds don’t work like ours.
This proved useful when going to the moon, although to make sure it worked properly, four technicians had to go with. By Apollo 14, the on-board computers were down to 0.02 mps (mistakes per second), from the original 64 mps prototype that blew up the Death Star.
RELAXING
Working with large numbers, such as banks do, places great stress on the computer. The operators have to work slowly and gently, as not to upset the delicate balance. Before relaxing the computer, the operator backs up the data by writing it down, or punching holes in cards.
FILES
A ‘file’ is like a book. To find the file, the operator opens the bin and inverts it, spreading the contents out to make searching easier. Search spiders assist in locating the information you’re looking for, but are prone to exploding if accidentally learning French. The left-over information is vacuumed by bees and returned to the master store for verification.
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HISTORY1,200 BC
Archaeological findings in the ruins of Cheops’ tomb included a ‘machine of unknown purpose’. This was later discovered to be an early form of sex swing, capable of fantastic mechanical manoeuvre. Such mechanics were the precursors to Mark Cabbage’s first Calculon, The Impressive Deducing Engine Mark Three, since three of them were called Mark.
1625
This engine was a revelation, replacing hundreds of pre-schoolers in factories. Cabbage went on to invent the punched card for self-playing pianos, for which he won a Pulitzer Prize, then applied that to his engine. This replaced all the schoolchildren in the factories, and the young adults started fearing for their jobs.
1642
Following Cabbage’s death at the hands of an angry mob, Blaise Pascal invented the Automatic Incredible Calculating Super-Brain, a mechanical calculator that could add. Tabulator Htllerith combined the designs into one monster machine, the seven-ton behemoth “HTLLERITH ONE” with self-suffocating vacuum energy dispersal unit. The unit could do the work of 117 pre-schoolers and 25 schoolchildren at once, and yet only making 4.5 mps.
MUSEUM
The skeletons of these rare fossils can be seen at the Stuttgart Museum of Torture and Pain. At the flower stand on the square, ask for Mario and say Guido sent you.
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DIFFERENT DESIGNSAs the machines evolved, they became more complex. To simplify matters, the functions of the machine are broken up into modules connected by cables.
MODULAR
The key modules are: The Brain, The Brain Mark II, The Store, The Input Device, the Output Device, Kittens, Bees and Dirk Benedict. Scientology is optional. The machine is also becoming more compact. As mechanical gears gave way to switches, then valves, transistors and ultimately the Integrated Circuit, the machine gets progressively smaller. As such, at this rate, by 1992 all the world’s railways will be controlled by a machine not visible to the naked eye. A higher than usual death toll on the rails may indicate the machine has a malfunction and locating it will not be easy.
A computer room is the dust-free environment where the modules are installed. The layout is open, so no hanky-panky can go on, although most of the cabinets are empty and they could go in there if they wanted to.
The more modern ultra-super-compact layout has cabinets that a couple would find uncomfortable, but not impossible. The straps in the cabinet are then used to crank a generator and provide the All Spark.
The newest machine today is the Lexington 2000, with sub-cabinets to harness the excess energy of children so that they tire out and want to sleep. Up to 2,000 Lexingtons can be daisy-chained to keep as many as 4,000 people busy generating answers to puzzles, a process called ‘mining’. The next-generation machine, the Flexington, will work much like the Vibraton Calculon 1000 but have far more space for the bees.
A leading alternative design hails from Norway; the Fjord or water-powered processing unit. Such units are usually located within hydroelectric dams or close to water-wheel-derived electrical power.
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MODERN USES FOR COMPUTERS
If there’s a way to automate it, it will be automated. All the jobs we either hate or are useless at, machines will undoubtedly save us so we can get fat in peace.
BALLISTICS & SPACE EXPLORATION No more hit-and-miss style artillery, let’s see if we can predict what will happen. The moon is a lot easier to miss than you might think.
NAVIGATION Lost? Well what you need is the computer! You’ll recognise it, it looks like a building.
SCIENCE FICTION At last! The machines will FINALLY take over and we’ll get some much better sci-fi going.
BANKING If you can’t count, don’t trust anyone and wish to be completely secure, just computer-ize it all and pray there isn’t a power cut.
PROPAGANDA Reach more people faster once everyone has one of these two point two million dollar installations in their basement or wing.
PRINTING It’s no use inside a computer but when you print it out on paper, it then becomes real. Printers today use the monkey-hammer array, with either 32 or 64 monkeys arranged in a line, a wheel or a ball.
POWER Once the computers have it, it ain’t coming back.
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THE FLOW OF INFORMATION In computing, flowcharts describing the logic are of enormous value. A flowchart looks like this:
The computer, as a flowchart, looks like the page opposite. “Meat’ does NOT mean penis, it stands for Multi Extraneous Aligned Telelinguistics, also known as typing.
Kittens are not essential but are known to improve the capacity of the machine, meaning it breaks down less often.
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