| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| pin (0) - 37 freq iin (1) - 2 freq piq (1) - 1 freq pi (1) - 7 freq pia (1) - 3 freq ain (1) - 2885 freq pis (1) - 2 freq pik (1) - 4 freq pix (1) - 1 freq pyin (1) - 11 freq pip (1) - 7 freq pil (1) - 5 freq opin (1) - 9 freq pic (1) - 21 freq piz (1) - 5 freq nin (1) - 1 freq prn (1) - 1 freq pid (1) - 1 freq pian (1) - 1 freq pirn (1) - 8 freq pir (1) - 31 freq pi' (1) - 1 freq sin (1) - 676 freq apin (1) - 13 freq pn (1) - 4 freq |
pin (0) - 37 freq pn (1) - 4 freq pino (1) - 1 freq opin (1) - 9 freq apin (1) - 13 freq pian (1) - 1 freq pain (1) - 242 freq pen (1) - 119 freq pyin (1) - 11 freq pun (1) - 59 freq pine (1) - 24 freq pon (1) - 3 freq pan (1) - 137 freq puin (1) - 6 freq payin (2) - 30 freq payn (2) - 1 freq ipn (2) - 1 freq upain (2) - 1 freq paine (2) - 5 freq peyin (2) - 75 freq yin (2) - 3094 freq in (2) - 45098 freq pit (2) - 2571 freq qin (2) - 1 freq spin (2) - 65 freq |
SoundEx code - P500 penn - 4 freq pownie - 25 freq pu'in' - 1 freq pane - 18 freq pain - 242 freq peeny - 13 freq pan - 137 freq peyin - 75 freq piano - 12 freq peen - 12 freq pouin - 32 freq poem - 369 freq pun - 59 freq paum - 2 freq pyne - 25 freq pu'in - 8 freq poun - 82 freq phone - 509 freq pine - 24 freq pin - 37 freq 'phone - 2 freq payin - 30 freq penny - 130 freq pen - 119 freq pony - 13 freq pawn - 10 freq peenie - 25 freq p''m - 1 freq pm - 125 freq pianae - 7 freq piana - 10 freq pyin - 11 freq penne - 5 freq poon - 2 freq pima - 1 freq powen - 8 freq pam - 5 freq phonie - 1 freq pinnie - 2 freq powin - 4 freq paan - 3 freq paiyen - 1 freq peyen - 1 freq poyum - 9 freq poun' - 8 freq penah - 1 freq phoney - 1 freq puny - 1 freq pinna - 1 freq puein - 2 freq pome - 6 freq paine - 5 freq piyin - 2 freq payan - 1 freq puin - 6 freq puni - 25 freq peein - 2 freq pennie - 6 freq pun' - 1 freq paawin - 1 freq phony - 2 freq pee-heein - 2 freq powny - 7 freq phone' - 1 freq powen' - 2 freq paean - 2 freq peene - 1 freq poyem - 13 freq pian - 1 freq piain - 1 freq pïn - 1 freq pom - 20 freq 'pom - 1 freq poohin - 1 freq pann - 1 freq peyan - 1 freq pinny - 7 freq peony - 3 freq pum - 3 freq payne - 18 freq poame - 1 freq punn - 4 freq pianie - 22 freq pen' - 1 freq pown - 3 freq pon - 3 freq pooin - 5 freq poyim - 3 freq €œpan - 1 freq payn - 1 freq phemie - 2 freq phem - 1 freq puuin - 1 freq pawin - 3 freq p-pain - 1 freq puma - 2 freq €™penny - 2 freq phon - 1 freq punny - 2 freq €˜pum - 1 freq €¦pum - 2 freq pino - 1 freq pn - 4 freq penny- - 3 freq penny-a - 1 freq ponny - 1 freq poona - 1 freq poon' - 2 freq poiïm - 3 freq powney - 5 freq piyin' - 1 freq pbpny - 1 freq pm- - 1 freq pnii - 1 freq pfonw - 1 freq ‘pownyÂ’ - 2 freq phunny - 1 freq poem' - 1 freq pmn - 1 freq pbahmew - 1 freq |
MetaPhone code - PN penn - 4 freq pownie - 25 freq pu'in' - 1 freq pane - 18 freq pain - 242 freq peeny - 13 freq pan - 137 freq piano - 12 freq peen - 12 freq pouin - 32 freq pun - 59 freq pyne - 25 freq pu'in - 8 freq poun - 82 freq pine - 24 freq pin - 37 freq penny - 130 freq pen - 119 freq pony - 13 freq pawn - 10 freq peenie - 25 freq pianae - 7 freq piana - 10 freq penne - 5 freq poon - 2 freq pinnie - 2 freq paan - 3 freq poun' - 8 freq penah - 1 freq puny - 1 freq pinna - 1 freq puein - 2 freq paine - 5 freq puin - 6 freq puni - 25 freq peein - 2 freq pennie - 6 freq pun' - 1 freq powny - 7 freq paean - 2 freq peene - 1 freq pian - 1 freq piain - 1 freq pïn - 1 freq pann - 1 freq pinny - 7 freq peony - 3 freq payne - 18 freq punn - 4 freq pianie - 22 freq pen' - 1 freq pown - 3 freq pon - 3 freq pooin - 5 freq €œpan - 1 freq payn - 1 freq puuin - 1 freq €™penny - 2 freq punny - 2 freq pino - 1 freq penny- - 3 freq penny-a - 1 freq ponny - 1 freq poona - 1 freq poon' - 2 freq powney - 5 freq hpny - 1 freq ypyna - 1 freq ypn - 1 freq ‘pownyÂ’ - 2 freq |
PIN |
| Time to execute Levenshtein function - 0.172282 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 - 0.340589 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 - 0.033272 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 - 0.045030 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 - 0.000932 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. |