| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| aim (0) - 50 freq maim (1) - 7 freq aib (1) - 2 freq haim (1) - 30 freq saim (1) - 21 freq cim (1) - 5 freq aic (1) - 2 freq sim (1) - 43 freq baim (1) - 1 freq aij (1) - 2 freq gaim (1) - 1 freq aem (1) - 1 freq 'im (1) - 5 freq kim (1) - 10 freq kaim (1) - 13 freq a'm (1) - 1020 freq amm (1) - 1 freq gim (1) - 1 freq yim (1) - 1 freq fim (1) - 4 freq am (1) - 1527 freq naim (1) - 5 freq aims (1) - 13 freq ais (1) - 18 freq arm (1) - 50 freq |
aim (0) - 50 freq am (1) - 1527 freq aem (1) - 1 freq yim (1) - 1 freq uim (1) - 1 freq iim (1) - 2 freq im (1) - 370 freq oim (1) - 14 freq aam (1) - 9 freq atm (2) - 3 freq nim (2) - 9 freq imo (2) - 44 freq aimee (2) - 10 freq ame (2) - 3 freq iime (2) - 2 freq aid (2) - 37 freq airm (2) - 358 freq aiy (2) - 4 freq agm (2) - 2 freq ahim (2) - 3 freq ain (2) - 2864 freq rim (2) - 14 freq him (2) - 8386 freq om (2) - 6 freq wim (2) - 2 freq |
SoundEx code - A500 ain - 2864 freq an - 76376 freq any - 691 freq anaw - 195 freq a'm - 1020 freq am - 1527 freq ane - 2115 freq 'an - 155 freq ah'm - 2009 freq ahin - 258 freq awn - 118 freq -an - 9 freq an-aw - 17 freq anywey - 36 freq ann - 105 freq ah-ah'm - 2 freq a-ah'm - 1 freq annoay - 1 freq --an - 3 freq 'ah'm - 96 freq an'aa - 3 freq ahm - 201 freq 'ahm - 10 freq 'am - 15 freq aim - 50 freq anyway - 106 freq 'a'm - 28 freq anew - 14 freq amna - 15 freq aw-no - 1 freq anne - 74 freq a''m - 3 freq an' - 2011 freq an-oh - 2 freq an-ohhh - 1 freq ah-hmm - 1 freq ai'm - 1 freq aa-an - 1 freq anno - 5 freq annie - 107 freq ©an - 1 freq a'mna - 1 freq ana - 143 freq an-aa - 7 freq anh - 1 freq amy - 32 freq aa'm - 4 freq amo - 49 freq ah''m - 8 freq aan - 30 freq ame - 3 freq anna - 18 freq anyhoo - 9 freq ahein - 1 freq aam - 9 freq annaw - 2 freq anaa - 20 freq ahenny - 1 freq anwey - 1 freq 'anyhow - 2 freq ahem - 12 freq annoy - 12 freq an- - 1 freq ain- - 1 freq anae - 1 freq ah'n - 1 freq 'annie - 3 freq ®an - 1 freq a'hm - 5 freq «an - 1 freq 'ane - 2 freq anaa' - 1 freq am' - 1 freq anny - 1 freq 'any - 2 freq ah-hin - 2 freq anee - 1 freq anee' - 1 freq ahaun - 1 freq am-eh - 1 freq 'anyway - 1 freq ahim - 3 freq a'mie - 1 freq a'en - 1 freq aown - 1 freq ani' - 1 freq 'an' - 1 freq ano - 5 freq anyhow - 5 freq aiyun - 1 freq awhin - 1 freq awin - 5 freq annew - 1 freq an'-oh - 1 freq amn - 3 freq 'anne - 3 freq aen - 10 freq ainhie - 1 freq annay - 4 freq ayenoo - 2 freq amnae - 2 freq aween - 1 freq 'ane' - 2 freq 'anywey - 1 freq €˜an - 19 freq €˜am - 4 freq €”an - 2 freq €œan - 76 freq €˜ane - 2 freq an'aa' - 1 freq annaa - 1 freq €¦an - 1 freq ah-um - 1 freq €œam - 10 freq aa'hin - 1 freq aahin - 3 freq anywaiy - 17 freq €˜any - 4 freq €˜ah'm - 4 freq €œa'm - 1 freq €œany - 1 freq €œan' - 1 freq anywiy - 2 freq ainee - 1 freq €œane - 2 freq €œanyway - 1 freq €œah'm - 1 freq €œahem - 1 freq aon - 4 freq am- - 2 freq €˜aon - 1 freq €™an - 2 freq ayne - 3 freq ana' - 3 freq €™anywey - 1 freq aem - 1 freq anw - 1 freq aÂ’m - 27 freq anÂ’ - 4 freq aÂ’n - 1 freq ahÂ’m - 68 freq aÂ’hm - 1 freq awan - 1 freq “am - 2 freq anoo - 7 freq aÂ’hin - 1 freq amm - 1 freq aimee - 10 freq anya - 1 freq ayn - 3 freq aÂ’yon - 1 freq anaw' - 1 freq “an - 1 freq annie” - 1 freq ainÂ’ - 1 freq anywye - 1 freq ammy - 4 freq aaeam - 2 freq ahn - 1 freq aine - 4 freq |
MetaPhone code - AM a'm - 1020 freq am - 1527 freq ah'm - 2009 freq ah-ah'm - 2 freq a-ah'm - 1 freq 'ah'm - 96 freq ahm - 201 freq 'ahm - 10 freq 'am - 15 freq aim - 50 freq 'a'm - 28 freq a''m - 3 freq ah-hmm - 1 freq ai'm - 1 freq amy - 32 freq aa'm - 4 freq amo - 49 freq ah''m - 8 freq ame - 3 freq aam - 9 freq a'hm - 5 freq am' - 1 freq am-eh - 1 freq a'mie - 1 freq €˜am - 4 freq ah-um - 1 freq €œam - 10 freq €˜ah'm - 4 freq €œa'm - 1 freq €œah'm - 1 freq am- - 2 freq aÂ’m - 27 freq ahÂ’m - 68 freq aÂ’hm - 1 freq “am - 2 freq amm - 1 freq aimee - 10 freq ammy - 4 freq aaeam - 2 freq |
AIM |
| Time to execute Levenshtein function - 0.468222 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 - 0.596895 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 - 0.028511 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 - 0.069330 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 - 0.000753 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. |