How can binary coding be used to convey words?
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One bit corresponds to one transistor in memory.  One byte consists of 8 bits.  Every letter or character occupies one byte (or 8 bits) of memory.  The standard used to assign those 8-digit binary numbers to every letter, numeral, and other character is called ASCII.
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If this can be done with standard C, it would probably involve the '&#92;r' carriage return (as opposed to the '&#92;n' linefeed) or maybe the '&#92;b' backspace special characters.  I've never actually tried this before.  But if you can utilize libraries not part of standard C, you might look into (n)curses.h, which allows more controlled manipulation of screen text, such as color, position, etc.:\nhttp://www.apmaths.uwo.ca/~xli/ncurses.html
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Check this site out.\n\n www.eecis.udel.edu/~trnka/past_coursework/word_scramble.html
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Ascii http://www.4d.com/docs/cmu/cmu10121.htm\n\nGood luck
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You need to download some sort of language encoding software, so you can see the text.
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Flash or Swish is how.... They are programming langauges mostly used for websites. Sometimes you catch them used in GUI's on software.
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Typically they are used to encode and decode some sort of binary file (like a picture, or music, or a program file) so that it can be transmitted using some text-based method, like email or usenet newsgroups.\n\nWithout going into too much detail, binary data files have their data encoded using a lot more unprintable characters that would normally freak out text-based applications like email. So, "uuencode" converts binary data to a text format that is safe to transmit via email, or newsgroups, or whatever. "uudecode" converts it back to its original binary format.
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First generation language was purely numerical machine code, meaning binary strings standing for a series of instructions often intermixed with data, it was the only way to Program the real first Generation computers that were developed around the 1950's. These were built from electronic valve technology. Consequently they were large, consumed a great deal of electrical power, and were not reliable enough for continuous operation.
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yes we do, but sometimes speed is more important than precision. As long as the message gets across. That is the purpose of language after all isnt it??
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It's called ASCII code... but can be written into art, instead of programmes.\n\nlike a rabbit...\n\n(&#92;__/)\n(+'.'+)\n(")_(")
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it's actually very simple- it is in fact based on the removal of vowels to shorten the material being written.\n\n example:\nits actlly vry smpl- n fct bsd on rmvl o vwls 2 shrtn mtrl bng wrtn
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Check out the site below.  It has an example in numbers and words.  It's too hard to explain just in words.  Good luck.
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try\n\nhttp://www.ciphersbyritter.com/LEARNING.HTM
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keep a table of binary 4 bit equivalents 0 1 2 ... F of hexadecimal degits.\nconvert each 4 bits of your binary no. to equivalent hex. no looking the table.\n\nyou got the answer
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Ascii art or ascii designs
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I actually have heard of such programs. However I think it was a word program for word perfect. Someone told me when they told it to type something, it typed things all funky, because it didn't understand what she was saying. \nI am sure there is something of this nature for those people are not able to type. Keep looking, I am sure you will find it!
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A few minutes of research and a basic understanding of probability should convince you that "messages" of any kind can be found in any sufficiently long piece of text using any kind of systematic text sampling technique.\n   By any kind of message, I mean just that. For any given statement, a statement that exactly contradicts the first statement is likely to be found along, as always, with a mind-boggling mountain of pure, random gibberish.\n\nAlthough it's best to determine these things for oneself, if an appeal to authority is convincing then here is a link to Caltech's mathematics department where 55 mathematicians have signed a document called, "Mathematicians' Statement on the Bible Codes"