| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| ap (0) - 94 freq xp (1) - 3 freq kp (1) - 6 freq p (1) - 333 freq zp (1) - 6 freq aph (1) - 1 freq az (1) - 1 freq am (1) - 1545 freq aw (1) - 8237 freq op (1) - 7 freq yp (1) - 4 freq aup (1) - 1 freq jap (1) - 2 freq tp (1) - 5 freq bap (1) - 16 freq ag (1) - 13 freq aa (1) - 7151 freq lap (1) - 71 freq pap (1) - 21 freq vp (1) - 4 freq wap (1) - 3 freq app (1) - 46 freq aq (1) - 2 freq ip (1) - 15 freq hp (1) - 3 freq |
ap (0) - 94 freq apo (1) - 150 freq apa (1) - 2 freq ip (1) - 15 freq yap (1) - 17 freq ep (1) - 10 freq aap (1) - 26 freq ape (1) - 5 freq up (1) - 13212 freq apy (1) - 1 freq aup (1) - 1 freq aip (1) - 10 freq yp (1) - 4 freq op (1) - 7 freq p (1) - 333 freq pay (2) - 122 freq qp (2) - 7 freq arp (2) - 1 freq zp (2) - 6 freq jp (2) - 7 freq jap (2) - 2 freq nap (2) - 17 freq yaap (2) - 1 freq kp (2) - 6 freq av (2) - 161 freq |
SoundEx code - A100 aff - 4400 freq awfie - 392 freq ava - 490 freq affa - 933 freq awfae - 29 freq a've - 235 freq awfu - 132 freq ah've - 908 freq awfy - 449 freq ave - 42 freq app - 46 freq avaa - 30 freq ape - 5 freq abbey - 33 freq apö - 53 freq 'abi - 1 freq 'ave - 5 freq auv - 2 freq affy - 93 freq 'a've - 9 freq aby - 11 freq 'ah've - 44 freq abee - 3 freq 'affa - 2 freq awfa - 90 freq ah'v - 115 freq aw've - 1 freq ap - 94 freq aa've - 2 freq ab - 27 freq auf - 13 freq av - 161 freq a'v - 48 freq aaf - 23 freq awf - 2 freq aib - 2 freq ahve - 8 freq ah''ve - 2 freq ahi've - 1 freq 'ahhhhhbhh - 1 freq abooy - 1 freq 'aff - 4 freq 'awfie - 8 freq ah'vy - 1 freq affie - 6 freq aap - 26 freq a'af - 1 freq aawfu - 1 freq af - 14 freq afa - 12 freq abou - 1 freq abo - 2 freq ah'p - 1 freq aif - 6 freq awfe - 4 freq 'aefie - 1 freq aff' - 1 freq apy - 1 freq abe - 3 freq aip - 10 freq abiah - 1 freq affo - 5 freq a''ve - 3 freq a'va - 1 freq a'foo - 1 freq apo - 150 freq ahv - 7 freq 'awfe - 1 freq abie - 1 freq avaw - 5 freq apae - 4 freq ah'vv - 1 freq aaaaahhhhhhhbhh - 2 freq affyi - 1 freq awfou - 2 freq apø - 14 freq aafa - 14 freq avou - 3 freq abbie - 59 freq avà - 1 freq abow - 1 freq awb - 6 freq afu - 3 freq ab- - 1 freq aafu - 14 freq awfu' - 1 freq afffa - 1 freq abbay - 1 freq €œaffa - 1 freq -ab - 1 freq abbé - 1 freq abby - 16 freq abu - 2 freq apa - 2 freq aboo - 2 freq aab - 3 freq €œawfie - 1 freq abbow - 1 freq aoife - 5 freq €˜av - 1 freq ay'be - 1 freq awefu - 1 freq affae - 3 freq €œave - 2 freq €˜awfie - 1 freq afo - 4 freq awfi - 5 freq avw - 2 freq a'hve - 1 freq appy - 1 freq aÂ’ve - 7 freq ahÂ’ve - 29 freq abi - 3 freq aafe - 1 freq apao - 1 freq aov - 1 freq ah‘ve - 1 freq apio - 1 freq aph - 1 freq ava' - 1 freq aaib - 1 freq avva - 1 freq awffie - 1 freq aÂ’v - 1 freq “aff - 1 freq aybba - 1 freq avi - 1 freq aff- - 1 freq aup - 1 freq aifb - 1 freq apb - 1 freq afpe - 1 freq 'affy' - 1 freq awfv - 1 freq aypa - 1 freq aibbey - 1 freq aafo - 8 freq 'av - 1 freq awffy - 1 freq |
MetaPhone code - AP app - 46 freq ape - 5 freq apö - 53 freq ap - 94 freq aap - 26 freq ah'p - 1 freq apy - 1 freq aip - 10 freq apo - 150 freq apae - 4 freq apø - 14 freq apa - 2 freq appy - 1 freq apao - 1 freq apio - 1 freq aup - 1 freq aypa - 1 freq |
AP |
| Time to execute Levenshtein function - 0.161737 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 - 0.349919 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 - 0.028228 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 - 0.041587 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 - 0.001488 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. |