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ASCII makes is possible for text to be represented the same on a [[Pentium]]-based PC in Minneapolis as it is on a Power [[Mac]] Cube in Paris, France. There are 128 standard ASCII codes, each of which can be represented by a 7 digit [[binary]] number (because 2^7 = 128). |
ASCII makes is possible for text to be represented the same on a [[Pentium]]-based PC in Minneapolis as it is on a Power [[Mac]] Cube in Paris, France. There are 128 standard ASCII codes, each of which can be represented by a 7 digit [[binary]] number (because 2^7 = 128). |
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* Definition from the [http://www.sharpened.net/glossary/ Sharpened Glossary] |
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[[AsciiArt]]<br> |
[[AsciiArt]]<br> |
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[[AsciiCodes]]<br> |
[[AsciiCodes]]<br> |
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[[Character_Codes]]<br /> |
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[[Figlet]]<br> |
[[Figlet]]<br> |
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[[CowSay]] |
[[CowSay]] |
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<jargon /> |
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[[Category:Definitions]] |
[[Category:Definitions]] |
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[[Category:English]] |
[[Category:English]] |
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[[Category:Computer]] |
[[Category:Computer]] |
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[[Category:ASCII]] |
Latest revision as of 15:03, 1 November 2007
Stands for "American Standard Code for Information Interchange." ASCII is the universal standard for the numerical codes computers use to represent all upper and lower-case letters, numbers, and puctuation. Without ASCII, each type of computer would use a different way of representing letters and numbers, causing major chaos for computer programmers (allowing them even less sleep than they already get).
ASCII makes is possible for text to be represented the same on a Pentium-based PC in Minneapolis as it is on a Power Mac Cube in Paris, France. There are 128 standard ASCII codes, each of which can be represented by a 7 digit binary number (because 2^7 = 128).
- Definition from the Sharpened Glossary
AsciiArt
AsciiCodes
Character_Codes
Figlet
CowSay
<jargon />