| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| joy (0) - 247 freq 'joy (1) - 1 freq jom (1) - 1 freq njoy (1) - 8 freq job (1) - 522 freq jog (1) - 7 freq roy (1) - 54 freq hoy (1) - 29 freq joh (1) - 1 freq ooy (1) - 1 freq joe (1) - 106 freq coy (1) - 8 freq joey (1) - 21 freq boy (1) - 530 freq jof (1) - 1 freq jay (1) - 7 freq joo (1) - 3 freq jok (1) - 1 freq jey (1) - 6 freq jow (1) - 6 freq jo' (1) - 1 freq foy (1) - 35 freq jy (1) - 2 freq toy (1) - 45 freq 'oy (1) - 1 freq |
joy (0) - 247 freq joey (1) - 21 freq jey (1) - 6 freq jay (1) - 7 freq joo (1) - 3 freq joe (1) - 106 freq jy (1) - 2 freq jyy (1) - 1 freq jo (1) - 29 freq soy (2) - 2 freq joys (2) - 32 freq yoy (2) - 3 freq ju (2) - 6 freq joao (2) - 38 freq jyi (2) - 1 freq jae (2) - 2 freq jei (2) - 1 freq jeyy (2) - 1 freq jai (2) - 1 freq oj (2) - 2 freq jaa (2) - 31 freq ja (2) - 7 freq ejo (2) - 1 freq jee (2) - 5 freq ojo (2) - 3 freq |
SoundEx code - J000 j - 186 freq joy - 247 freq jaw - 58 freq jaw- - 1 freq jow - 6 freq jowe - 2 freq jo - 29 freq joe - 106 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 - J gie - 2567 freq gey - 1316 freq j - 186 freq joy - 247 freq jaw - 58 freq jaw- - 1 freq jow - 6 freq 'gie - 26 freq jo - 29 freq gee - 178 freq joe - 106 freq gi'e - 2 freq jee - 5 freq jaa - 31 freq je - 10 freq ge - 13 freq jey - 6 freq wj - 4 freq ji - 7 freq geiy - 16 freq 'gee - 1 freq joo - 3 freq giy - 16 freq jae - 2 freq j- - 1 freq j' - 6 freq yj - 5 freq jah - 2 freq 'j - 3 freq ja - 7 freq gea - 1 freq 'gey - 2 freq 'joy - 1 freq ‹j - 1 freq joey - 21 freq gy - 11 freq dge - 1 freq geo - 19 freq ju - 6 freq gei - 15 freq jo' - 1 freq 'ja' - 1 freq 'ja - 1 freq j'ai - 2 freq jew - 6 freq gi - 27 freq hygiea - 1 freq gio - 1 freq €œgie - 8 freq €˜j - 1 freq €˜gie - 3 freq €˜joe - 1 freq €œgey - 1 freq €œje - 1 freq jai - 1 freq ©j - 1 freq hj - 2 freq jeyy - 1 freq ygi - 1 freq hjo - 1 freq jj - 7 freq ‘gie - 1 freq hgi - 1 freq joh - 1 freq jay - 7 freq joeÂ’ - 1 freq joao - 38 freq jww - 1 freq gie' - 5 freq wjy - 1 freq yyj - 1 freq jeh - 1 freq jei - 1 freq gyy - 1 freq “gie - 2 freq jw - 4 freq “gey - 1 freq jy - 2 freq juh - 1 freq yjh - 1 freq 'gey' - 1 freq jie - 1 freq jyy - 1 freq hyj - 1 freq |
JOY |
| Time to execute Levenshtein function - 0.204049 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 - 0.338609 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 - 0.034137 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 - 0.038612 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 - 0.000934 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. |