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Een vrouwelijke bestuurder van het lichaam; een zeldzaam natuurverschijnsel vastgeketend in COBOL & COOL:GEN - She is online Lifestyle Guide - 16-09-2024
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delfimpandiani/toxic_memes
No full textThis repository contains all the content related to our comprehensive survey paper that explores the automatic detection and analysis of toxic memes. Our survey paper can be accessed here
Composing quantum algorithms
No full textComposition is something we take for granted in classical algorithms design, and in particular, we take it as a basic axiom that composing "efficient" algorithms should result in an "efficient" algorithm – even using this intuition to justify our definition of "efficient". Composing quantum algorithms is a much more subtle affair than composing classical algorithms. It has long been known that zero-error quantum algorithms do not compose, but it turns out that, using the right algorithmic lens, bounded-error quantum algorithms do. In fact, in the bounded-error setting, quantum algorithms can even avoid the log factor needed in composing bounded-error randomized algorithms that comes from amplifying the success probability via majority voting. In this article, we try to give some intuition for these results: why composing quantum algorithms is tricky, particularly in the zero-error setting, but why it nonetheless works better than classical composition in the bounded-error setting