| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| whye (0) - 4 freq whys (1) - 1 freq whyde (1) - 1 freq whee (1) - 1 freq whe (1) - 1 freq wye (1) - 1475 freq whyle (1) - 49 freq why- (1) - 1 freq whyt (1) - 12 freq waye (1) - 1 freq wiye (1) - 2 freq whae (1) - 450 freq whyn (1) - 3 freq hye (1) - 6 freq whie (1) - 1 freq whyr (1) - 1 freq why (1) - 828 freq whyte (1) - 24 freq wile (2) - 164 freq whice (2) - 1 freq why'd (2) - 1 freq wyee (2) - 1 freq €˜ye (2) - 62 freq wyle (2) - 5 freq wheen (2) - 829 freq |
whye (0) - 4 freq whie (1) - 1 freq whae (1) - 450 freq whe (1) - 1 freq whee (1) - 1 freq why (1) - 828 freq whaa (2) - 1 freq whoa (2) - 6 freq whi (2) - 2 freq whau (2) - 2 freq whu (2) - 1 freq awhe (2) - 2 freq whey (2) - 16 freq awhie (2) - 2 freq wha (2) - 1886 freq whoo (2) - 5 freq whiy (2) - 7 freq wh (2) - 10 freq who (2) - 1084 freq why- (2) - 1 freq whyde (2) - 1 freq wye (2) - 1475 freq whyn (2) - 3 freq wiye (2) - 2 freq whyte (2) - 24 freq |
SoundEx code - W000 wee - 8357 freq we - 10460 freq wha - 1886 freq wi - 21330 freq wey - 2472 freq wa - 148 freq way - 900 freq who - 1084 freq whae - 450 freq why - 828 freq 'wha - 34 freq 'we - 112 freq wia - 16 freq 'wee - 14 freq waa - 219 freq 'woe - 1 freq wye - 1475 freq wae - 2590 freq 'who - 17 freq w - 190 freq wow - 81 freq wae- - 2 freq 'wae - 3 freq waw - 155 freq whee - 1 freq whoo - 5 freq wi' - 752 freq waiy - 98 freq wa' - 11 freq wiy - 56 freq 'we' - 1 freq 'why - 23 freq wei - 78 freq wee' - 1 freq wyee - 1 freq 'whae - 3 freq whew - 2 freq wi- - 6 freq whey - 16 freq 'whey - 1 freq wii - 10 freq 'whoa - 2 freq whoa - 6 freq wha' - 3 freq wauy - 1 freq woo - 19 freq wuiy - 15 freq weh - 27 freq weih - 1 freq wooaa - 4 freq weiy - 23 freq wha'e - 1 freq we' - 2 freq waheyyy - 1 freq weeeee - 1 freq weee - 1 freq wooooohooo - 1 freq 'wee' - 2 freq whe - 1 freq wie - 242 freq 'wi - 8 freq wah - 11 freq wh - 10 freq 'w - 2 freq wye' - 1 freq www - 176 freq wwii - 1 freq wee-' - 1 freq wei- - 1 freq wae' - 2 freq 'wh' - 1 freq way' - 2 freq wahey - 1 freq wooooo - 1 freq woe - 9 freq 'wa - 2 freq whoohooo - 1 freq wheyhey - 1 freq 'whoah - 1 freq wy - 11 freq waye - 1 freq weya - 1 freq 'why' - 2 freq ww - 12 freq whu - 1 freq we-' - 2 freq whie - 1 freq wow-ee - 1 freq 'wow - 1 freq waey - 6 freq 'woooooo - 1 freq wii' - 1 freq woooo - 1 freq wooo - 3 freq wooooooo - 1 freq wahoo - 1 freq wooaah - 1 freq woooooo - 1 freq we-we - 8 freq wi'a - 1 freq wheh - 3 freq -why - 1 freq whiy - 7 freq way- - 1 freq w' - 1 freq -wye - 4 freq wa- - 2 freq waoa - 1 freq wou - 7 freq wyé - 1 freq wi-wi-wi - 1 freq 'wh - 1 freq €˜wha - 5 freq €˜wow-eee - 1 freq €˜we - 35 freq €˜wi - 5 freq €˜waa - 1 freq €˜whoa - 1 freq wu - 9 freq €œwe - 119 freq €™wa - 2 freq €œwhy - 7 freq €˜wee - 6 freq €˜wey - 1 freq wà - 1 freq €”we - 2 freq why- - 1 freq 'whoa' - 1 freq €œwhae - 1 freq €œwi - 4 freq €œwee - 3 freq €™we - 10 freq €˜wow - 2 freq wee- - 1 freq €œw - 2 freq €œwha - 10 freq €œwae - 7 freq wwww - 1 freq whaa - 1 freq €˜why - 5 freq €˜wh - 1 freq €˜who - 22 freq wuiiie - 1 freq whye - 4 freq €œwhye - 1 freq €œwho - 6 freq €œwayhay - 1 freq €œwh - 1 freq €œwu- - 1 freq whi - 2 freq wih - 2 freq €”wi - 1 freq €˜wh- - 1 freq wiye - 2 freq €™who - 3 freq €™why - 1 freq €™wae - 2 freq wiÂ’ - 10 freq whau - 2 freq wwi - 1 freq weeeeeeee - 1 freq ‘weeÂ’ - 1 freq wah- - 1 freq wyo - 1 freq wue - 1 freq weyhey - 1 freq wuhuhuhuhuhu - 1 freq woohoo - 3 freq wwiii - 1 freq whoooo - 5 freq whoooooo - 5 freq whooooo - 1 freq whooooooo - 1 freq weeeeeeee” - 1 freq woah - 3 freq waÂ’ - 2 freq wowee - 1 freq wo - 2 freq wai - 1 freq wwa - 2 freq wahahah - 1 freq wahaha - 1 freq “why - 1 freq way” - 1 freq “who - 1 freq wuh - 1 freq -way - 1 freq wui - 1 freq wheeoo - 1 freq waa- - 1 freq wao - 1 freq wuu - 1 freq 'who' - 1 freq 'whae' - 1 freq waahey - 1 freq wea - 1 freq |
MetaPhone code - WY waye - 1 freq weya - 1 freq whye - 4 freq €œwhye - 1 freq wiye - 2 freq |
WHYE |
| Time to execute Levenshtein function - 0.174526 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 - 0.329315 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 - 0.028362 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 - 0.037644 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 - 0.000924 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. |