Add fuse filters, which can accommodate higher load #11
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For large enough sets of keys, Dietzfelbinger & Walzer's fuse filters, described in "Dense Peelable Random Uniform Hypergraphs", https://arxiv.org/abs/1907.04749, can accomodate fill factors up to 87.9% full, rather than 1 / 1.23 = 81.3%. This patch adds an 8-bit version of fuse filters. It does not yet add 16-bit or buffered filters, which are future (rote) work.
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Very interesting. |
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For large enough sets of keys, Dietzfelbinger & Walzer's fuse filters,
described in "Dense Peelable Random Uniform Hypergraphs",
https://arxiv.org/abs/1907.04749, can accomodate fill factors up to
87.9% full, rather than 1 / 1.23 = 81.3%.
This patch adds an 8-bit version of fuse filters. It does not yet add
16-bit or buffered filters, which are future (rote) work.