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{{CyberTerm|definition=A bitstring with ideal randomness (i.e., the amount of entropy per bit is equal to 1). This publication proves that a bitstring satisfying a certain definition of <em>full entropy</em> has an entropy rate of at least&nbsp;<span class="math-tex">\(1-ε\)</span>, where&nbsp;<span class="math-tex">\(ε\)</span>&nbsp;is at most&nbsp;<span class="math-tex">\(2^{-32}\)</span>.|source=NIST IR 8427}}
{{CyberTerm|definition=A bitstring with ideal randomness (i.e., the amount of entropy per bit is equal to 1). This publication proves that a bitstring satisfying a certain definition of full entropy has an entropy rate of at least&nbsp;\(1-ε\), where&nbsp;\(ε\)&nbsp;is at most&nbsp;\(2^{-32}\).|source=NIST IR 8427}}

Latest revision as of 00:24, 20 January 2026

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Full-entropy bitstring

A bitstring with ideal randomness (i.e., the amount of entropy per bit is equal to 1). This publication proves that a bitstring satisfying a certain definition of full entropy has an entropy rate of at least \(1-ε\), where \(ε\) is at most \(2^{-32}\).


Source: NIST IR 8427 | Category: