| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| jc (0) - 10 freq ec (1) - 18 freq jn (1) - 11 freq lc (1) - 3 freq jy (1) - 2 freq jz (1) - 1 freq cc (1) - 19 freq zc (1) - 3 freq ju (1) - 6 freq ja (1) - 7 freq oc (1) - 2 freq njc (1) - 1 freq js (1) - 5 freq ijc (1) - 2 freq vc (1) - 8 freq jw (1) - 4 freq ac (1) - 24 freq hc (1) - 2 freq jcj (1) - 1 freq jk (1) - 8 freq mc (1) - 13 freq jm (1) - 57 freq jcb (1) - 2 freq jtc (1) - 1 freq yjc (1) - 1 freq |
jc (0) - 10 freq yjc (1) - 1 freq ijc (1) - 2 freq jic (1) - 1 freq jac (1) - 3 freq jd (2) - 5 freq joco (2) - 37 freq xc (2) - 2 freq dc (2) - 11 freq jv (2) - 2 freq jcz (2) - 1 freq j' (2) - 6 freq nc (2) - 5 freq tc (2) - 3 freq wc (2) - 6 freq hjc (2) - 1 freq qc (2) - 2 freq yc (2) - 4 freq -c (2) - 2 freq jl (2) - 4 freq jp (2) - 7 freq pc (2) - 16 freq jt (2) - 19 freq jj (2) - 7 freq j- (2) - 1 freq |
SoundEx code - J000 j - 186 freq joy - 244 freq jaw - 57 freq jaw- - 1 freq jow - 6 freq jowe - 2 freq jo - 28 freq joe - 105 freq jee - 5 freq jaa - 31 freq je - 10 freq jey - 6 freq ji - 7 freq joo - 3 freq jae - 2 freq j- - 1 freq j' - 6 freq jah - 2 freq 'j - 3 freq js - 5 freq ja - 7 freq jk - 8 freq 'joy - 1 freq ‹j - 1 freq joey - 21 freq jg - 3 freq ju - 6 freq jo' - 1 freq 'ja' - 1 freq 'ja - 1 freq j'ai - 2 freq jew - 6 freq jc - 10 freq €˜j - 1 freq €˜joe - 1 freq €œje - 1 freq jai - 1 freq ©j - 1 freq jx - 4 freq jcj - 1 freq jeyy - 1 freq jgjh - 1 freq jkscj - 1 freq jjs - 52 freq jj - 7 freq joh - 1 freq jkeoi - 1 freq jay - 7 freq joeÂ’ - 1 freq joao - 38 freq jww - 1 freq j's - 2 freq jeh - 1 freq jei - 1 freq jw - 4 freq jy - 2 freq juh - 1 freq jcz - 1 freq jzq - 1 freq jsjz - 1 freq jgzo - 1 freq jxe - 1 freq jgw - 1 freq jyi - 1 freq jkgj - 1 freq jie - 1 freq jyy - 1 freq jz - 1 freq jxx - 1 freq jqcgai - 1 freq jkzwy - 1 freq jgz - 1 freq jjwawh - 1 freq |
MetaPhone code - JK jaggy - 21 freq jouk - 62 freq jig - 26 freq jock - 511 freq joke - 140 freq jug - 26 freq jakey - 5 freq joco - 37 freq 'joco - 1 freq 'joco' - 1 freq jackie - 38 freq jack - 224 freq joog - 19 freq jook - 24 freq gig - 36 freq joug - 8 freq jaggie - 8 freq joggie - 2 freq jockie - 28 freq jeuk - 1 freq jag - 26 freq jockie' - 1 freq jake - 71 freq gieq - 1 freq jockey - 3 freq jog - 7 freq joackey - 3 freq geeky - 1 freq geek - 3 freq geggie - 17 freq geg - 15 freq jeggie - 1 freq 'gig - 1 freq jeck - 16 freq gic - 2 freq jike - 5 freq geggy - 2 freq gioco - 1 freq juk - 2 freq joukie - 2 freq jek' - 1 freq 'jackie - 1 freq jak - 1 freq jeeg - 1 freq jk - 8 freq jaikee - 1 freq jaikey - 1 freq jg - 3 freq jiggy - 9 freq jocky - 25 freq 'jack' - 1 freq hjook - 2 freq jeg - 2 freq geck - 6 freq 'jock - 2 freq 'jig - 1 freq jc - 10 freq jaikie' - 1 freq juke - 7 freq gigo - 1 freq jagg - 1 freq gec - 1 freq €œjackie - 1 freq hjuk - 1 freq joakey - 1 freq €œjock - 1 freq joeq - 1 freq jkeoi - 1 freq jic - 1 freq 'jag' - 1 freq jock' - 1 freq jac - 3 freq jik - 1 freq geog - 1 freq joak - 1 freq yjc - 1 freq joke' - 1 freq hjquii - 1 freq hjc - 1 freq jok - 1 freq jgw - 1 freq jhg - 1 freq jek - 1 freq jaigw - 1 freq jacky - 1 freq |
JC |
| Time to execute Levenshtein function - 0.165250 milliseconds The Levenshtein distance is the number of characters you have to replace, insert or delete to transform one word into another, its useful for detecting typos and alternative spellings |
Time to execute Double Levenshtein function - 0.301750 milliseconds In a stroke of genius, this runs the Levenshtein function twice, once without vowels and adds the distance together, giving double weight to consonants. |
Time to execute SoundEx function - 0.027445 milliseconds Soundex is a phonetic algorithm for indexing names by sound, as pronounced in English. The goal is for homophones to be encoded to the same representation so that they can be matched despite minor differences in spelling. |
Time to execute MetaPhone function - 0.036681 milliseconds Metaphone is a phonetic algorithm, published by Lawrence Philips in 1990, for indexing words by their English pronunciation.[1] It fundamentally improves on the Soundex algorithm by using information about variations and inconsistencies in English spelling and pronunciation to produce a more accurate encoding, which does a better job of matching words and names which sound similar. |
Time to execute Manually curated function - 0.000807 milliseconds Manual Curation uses a lookup table / lexicon which has been created by hand which links words to their lemmas, and includes obvious typos and spelling variations. Not all words are covered. |