| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| vi (0) - 84 freq vim (1) - 1 freq vd (1) - 2 freq vx (1) - 5 freq vu (1) - 4 freq fi (1) - 29 freq vzi (1) - 1 freq vj (1) - 8 freq bi (1) - 3287 freq ci (1) - 4 freq si (1) - 43 freq ji (1) - 7 freq ni (1) - 30 freq ii (1) - 73 freq viv (1) - 1 freq hi (1) - 67 freq xi (1) - 13 freq yi (1) - 1223 freq vis (1) - 1 freq di (1) - 69 freq v' (1) - 1 freq ei (1) - 102 freq via (1) - 80 freq li (1) - 21 freq ti (1) - 4171 freq |
vi (0) - 84 freq avi (1) - 1 freq ve (1) - 41 freq va (1) - 5 freq vie (1) - 4 freq via (1) - 80 freq v (1) - 266 freq vii (1) - 16 freq vy (1) - 3 freq evi (1) - 1 freq vo (1) - 8 freq vu (1) - 4 freq vf (2) - 1 freq vig (2) - 1 freq vix (2) - 1 freq ri (2) - 117 freq vm (2) - 11 freq gi (2) - 27 freq vw (2) - 3 freq vid (2) - 4 freq -i (2) - 1 freq pi (2) - 7 freq oi (2) - 18 freq vit (2) - 3 freq vh (2) - 4 freq |
SoundEx code - V000 view - 246 freq vo - 8 freq v - 266 freq vi - 84 freq vii - 16 freq viii - 13 freq ve - 41 freq vou - 5 freq vyee - 8 freq via - 80 freq 've - 12 freq vow - 22 freq vie - 4 freq voe - 26 freq v' - 1 freq ''ve - 1 freq va - 5 freq vu - 4 freq voiee - 1 freq 'vi - 1 freq vyow - 6 freq voo - 3 freq vuo' - 1 freq vv - 1 freq €™ve - 825 freq €™v - 67 freq €˜v - 1 freq vy - 3 freq vh - 4 freq vpp - 1 freq vba - 1 freq vw - 3 freq vp - 4 freq vbp - 1 freq vuh - 1 freq vaa - 1 freq vfb - 1 freq 'view - 1 freq vaw - 1 freq vvh - 1 freq vf - 1 freq vb - 1 freq |
MetaPhone code - F fae - 9131 freq fey - 14 freq fou - 318 freq view - 246 freq faw - 148 freq few - 844 freq fu - 379 freq vo - 8 freq foo - 753 freq faa - 281 freq fa - 751 freq ff - 7 freq v - 266 freq vi - 84 freq f'ae - 1 freq f'ah - 1 freq vii - 16 freq viii - 13 freq ve - 41 freq fue - 1 freq vou - 5 freq 'foo - 11 freq 'fa - 7 freq fo - 16 freq fu' - 47 freq fa' - 17 freq fe - 10 freq fi - 29 freq 'fae - 4 freq f - 187 freq phew - 12 freq via - 80 freq fee - 41 freq 've - 12 freq vow - 22 freq vie - 4 freq feow - 2 freq fiew - 1 freq fie - 3 freq wyfe - 19 freq voe - 26 freq foo' - 3 freq fay - 11 freq wv' - 1 freq fi' - 1 freq v' - 1 freq fffffffffff - 1 freq phhhew - 1 freq wyve - 8 freq fiu - 2 freq 'fee - 3 freq ''ve - 1 freq ffi - 1 freq hfe - 2 freq h've - 1 freq 'f' - 4 freq fea - 4 freq fow - 2 freq faee - 1 freq fah - 9 freq foy - 35 freq va - 5 freq fy - 7 freq vu - 4 freq ïf - 93 freq 'faa - 3 freq 'fu - 1 freq fiy - 1 freq foe - 9 freq faa' - 1 freq 'phew - 1 freq fae' - 1 freq voiee - 1 freq 'gh' - 1 freq 'vi - 1 freq hygh - 1 freq fæ - 13 freq wyf - 5 freq höve - 1 freq voo - 3 freq vuo' - 1 freq fiow - 1 freq vv - 1 freq ”f - 4 freq 'fou - 1 freq f'ou - 1 freq ph - 53 freq gh - 5 freq wüve - 1 freq €˜foo - 1 freq °f - 1 freq €™ve - 825 freq €™v - 67 freq €˜fa - 2 freq wyfie - 2 freq €œfa - 2 freq €œfoo - 13 freq wwf - 1 freq €˜f - 2 freq €˜fae - 1 freq 'fae' - 1 freq €™fy - 1 freq fau - 1 freq €œw'uv - 1 freq €œfaa - 1 freq wfi - 1 freq hyv - 1 freq €˜-gh - 1 freq €˜v - 1 freq vy - 3 freq vh - 4 freq wf - 4 freq yf - 4 freq wv - 3 freq fai - 2 freq vw - 3 freq ywv - 1 freq hv - 4 freq fii - 1 freq yÂ’iv - 1 freq hfi - 1 freq hf - 2 freq foie - 4 freq yfe - 1 freq fw - 3 freq vuh - 1 freq vaa - 1 freq yvh - 1 freq yvio - 1 freq fh - 4 freq wfh - 1 freq hvhh - 1 freq feuy - 1 freq yff - 1 freq fao - 20 freq 'view - 1 freq ywf - 1 freq vaw - 1 freq vvh - 1 freq wgh - 1 freq ffa - 2 freq hvw - 1 freq yv - 1 freq f' - 1 freq |
VI |
| Time to execute Levenshtein function - 0.184190 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 - 0.325405 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 - 0.028136 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 - 0.038359 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 - 0.000938 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. |