h a l f b a k e r yAlmost as great as sliced bread.
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A data encoding based on the probability that one word follows another in an original work e.g. Hamlet.
Each word pair encodes a variable number of bits based on the probablity of two words e.g. "Alas, poor" coming one after another. The number of bits this word pair encodes depends on how many choices
there are in the original work to follow "Alas". For example, if only two words ever followed "Alas" in the original work, the transition "Alas, poor" would represent exactly one bit. If the other word ever to follow Alas in the play is "wealthy", "Alas, wealthy" represents the other of 0 or 1. Ties are broken based on probability and lexical ordering.
The encoded data winds up looking like a double Shakespeare mashup. This is the preferred encoding for IPoV, IP over Voice.
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This almost works, except for the part where you assign meanings according to the probability in the encoded data (i.e. the original message). Since the recipient doesn't yet know the message, they can't determine the mapping from most likely original bit combination to the result. |
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So, you'll want to define tie breakers (lexical ordering, for instance) and use the probabilities in the message transmitted so far. (Are those conditional probabilities after the preceding bit, or bit sequence, or stand-alone?) |
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verily your comments are noted. |
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prithee consider simply using lexical ordering, for a simpler system. |
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Romeo, Romeo, where Fortran thou, Romeo ? |
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'Twould be interesting to see how McGonagle's great epics such as the "Wreck of the Titanic" or the "Tay Bridge Disaster" could be handled in this High-Tech fashion. |
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<trivia>The guy who designed the Tay Bridge used to own my house.</trivia>
(Correction, the person in question was the main contractor, not the designer.) |
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didn't do a very good job did he? |
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Arguably, the bridge wasn't his fault. The collapse was caused by components manufactured not according to specification.
My house is still OK. |
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Did Thomas Bouch design the house as well? |
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See correction above.
No, neither did Hopkins. (Props for the instant research!) |
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Learnt that little trick from watching The Office. I was going to tell you his Date of birth as well... ;) |
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