| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| lea (0) - 155 freq ler (1) - 1 freq eea (1) - 1 freq nea (1) - 1 freq ley (1) - 3 freq leak (1) - 8 freq les (1) - 7 freq lew (1) - 5 freq lei (1) - 1 freq hea (1) - 2 freq mea (1) - 5 freq leas (1) - 14 freq leav (1) - 1 freq rea (1) - 1 freq let (1) - 1354 freq lex (1) - 2 freq cea (1) - 1 freq le (1) - 53 freq lha (1) - 1 freq lead (1) - 189 freq laa (1) - 114 freq lef (1) - 7 freq leo (1) - 7 freq led (1) - 245 freq flea (1) - 11 freq |
lea (0) - 155 freq leo (1) - 7 freq lei (1) - 1 freq laa (1) - 114 freq lya (1) - 1 freq le (1) - 53 freq leia (1) - 1 freq la (1) - 116 freq ley (1) - 3 freq lee (1) - 155 freq el (2) - 25 freq eal (2) - 1 freq yel (2) - 4 freq alya (2) - 1 freq ael (2) - 1 freq yle (2) - 2 freq aloa (2) - 1 freq lean (2) - 47 freq lea' (2) - 1 freq leaz (2) - 1 freq lep (2) - 5 freq pea (2) - 25 freq leap (2) - 17 freq wea (2) - 1 freq ale (2) - 51 freq |
SoundEx code - L000 lee - 155 freq lay - 385 freq lea - 155 freq l - 178 freq law - 291 freq 'll - 85 freq low - 210 freq lie - 259 freq lowe - 110 freq lou - 31 freq ll - 69 freq la - 116 freq loo - 26 freq li - 21 freq lue - 5 freq leo - 7 freq lae - 28 freq le - 53 freq 'la - 4 freq lui - 2 freq law' - 2 freq 'lea - 6 freq 'lay - 1 freq lew - 5 freq laa - 114 freq lo - 32 freq louie - 4 freq ley - 3 freq lhe - 1 freq leh - 3 freq lu - 17 freq ly - 7 freq lah - 1 freq leia - 1 freq ïll - 51 freq ïlle - 1 freq lee' - 1 freq lieu - 2 freq 'loo - 1 freq 'l - 5 freq leah - 1 freq 'loo' - 1 freq lle - 1 freq lö - 3 freq lye - 8 freq læ - 2 freq laow - 1 freq lll - 3 freq lao - 3 freq ªla - 2 freq -ly - 1 freq loe - 15 freq €™ll - 1159 freq “lla - 1 freq €™l - 85 freq €˜la - 4 freq lo'e - 16 freq loue - 1 freq lei - 1 freq €™le - 4 freq €˜law - 1 freq €œl - 3 freq €™'ll - 1 freq lá - 1 freq €˜ll - 1 freq €˜lea - 1 freq €™ly - 4 freq €œlea - 3 freq €œlll - 1 freq lea' - 1 freq €Ÿll - 2 freq €™lly - 2 freq ¡Ã¦l - 1 freq ªl - 1 freq lya - 1 freq lw - 8 freq loÂ’e - 1 freq loui - 1 freq lau - 1 freq lha - 1 freq le'e - 1 freq lwe - 1 freq lyh - 1 freq lwo - 1 freq lh - 1 freq lyo - 2 freq |
MetaPhone code - L lee - 155 freq lay - 385 freq lea - 155 freq l - 178 freq law - 291 freq 'll - 85 freq low - 210 freq lie - 259 freq lou - 31 freq yl - 4 freq ll - 69 freq la - 116 freq loo - 26 freq li - 21 freq lue - 5 freq leo - 7 freq wll - 1 freq lae - 28 freq wl - 6 freq le - 53 freq y'll - 3 freq hle - 1 freq 'la - 4 freq lui - 2 freq wyllie - 5 freq hwyl - 1 freq law' - 2 freq 'lea - 6 freq wylie - 4 freq 'lay - 1 freq lew - 5 freq laa - 114 freq hyll - 1 freq lo - 32 freq louie - 4 freq ley - 3 freq leh - 3 freq lu - 17 freq ly - 7 freq lah - 1 freq leia - 1 freq ïll - 51 freq hïll - 7 freq ïlle - 1 freq lee' - 1 freq lieu - 2 freq 'loo - 1 freq hl - 1 freq 'l - 5 freq leah - 1 freq 'loo' - 1 freq lle - 1 freq lö - 3 freq læ - 2 freq laow - 1 freq y'ill - 1 freq lll - 3 freq wyle - 5 freq lao - 3 freq yøl - 2 freq ªla - 2 freq -ly - 1 freq yöl - 1 freq loe - 15 freq yle - 2 freq €™ll - 1159 freq “lla - 1 freq €™l - 85 freq €˜la - 4 freq hóli - 1 freq lo'e - 16 freq wyll - 2 freq loue - 1 freq lei - 1 freq €™le - 4 freq €˜law - 1 freq €œl - 3 freq €™'ll - 1 freq lá - 1 freq €˜ll - 1 freq €˜lea - 1 freq €™ly - 4 freq €œlea - 3 freq €œlll - 1 freq lea' - 1 freq y'lll - 1 freq €Ÿll - 2 freq €™lly - 2 freq w'll - 6 freq ¡Ã¦l - 1 freq ªl - 1 freq lw - 8 freq loÂ’e - 1 freq loui - 1 freq wle - 1 freq yÂ’il - 1 freq y'il - 2 freq y'all - 1 freq lau - 1 freq le'e - 1 freq y-l - 1 freq hlai - 1 freq hly - 1 freq wlo - 1 freq wly - 1 freq lyh - 1 freq lh - 1 freq |
LEA |
| Time to execute Levenshtein function - 0.338818 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 - 0.553812 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 - 0.059056 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 - 0.038664 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 - 0.000763 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. |