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- Q15551713 subject Q17419564.
- Q15551713 subject Q7163208.
- Q15551713 abstract "The shannon (symbol Sh), also known as a bit, is a unit of information and of entropy defined by IEC 80000-13. One shannon is the information content of an event when the probability of that event occurring is one half. It is also the entropy of a system with two equiprobable states. If a message is made of a sequence of bits, with all possible bit strings equally likely, the message's information content expressed in shannons is equal to the number of bits in the sequence. For this and historical reasons, a shannon is more commonly known as a bit, despite that "bit" is also used as a unit of data (or of computer storage, equal to 1/8 of a byte). 1 Sh ≈ 0.693 nat ≈ 0.301 Hart.The shannon is named after Claude Shannon.".
- Q15551713 wikiPageWikiLink Q16000432.
- Q15551713 wikiPageWikiLink Q16930533.
- Q15551713 wikiPageWikiLink Q17419564.
- Q15551713 wikiPageWikiLink Q204570.
- Q15551713 wikiPageWikiLink Q324923.
- Q15551713 wikiPageWikiLink Q3550873.
- Q15551713 wikiPageWikiLink Q376660.
- Q15551713 wikiPageWikiLink Q7163208.
- Q15551713 wikiPageWikiLink Q8799.
- Q15551713 wikiPageWikiLink Q8805.
- Q15551713 wikiPageWikiLink Q92760.
- Q15551713 wikiPageWikiLink Q9492.
- Q15551713 comment "The shannon (symbol Sh), also known as a bit, is a unit of information and of entropy defined by IEC 80000-13. One shannon is the information content of an event when the probability of that event occurring is one half. It is also the entropy of a system with two equiprobable states. If a message is made of a sequence of bits, with all possible bit strings equally likely, the message's information content expressed in shannons is equal to the number of bits in the sequence.".
- Q15551713 label "Shannon (unit)".