A Corpus of 21st Century Scots Texts

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Levenshtein Distance

Enter a word to find nearest neighbouring words, for example ablow

- basic concord - pre-sorted concord - post-sorted concord - map and chronology - chronogrid - fine-grain concord -

Similar words to confidit in Corpus

Levenshtein Double Levenshtein SoundEx MetaPhone Manually curated
confidit (0) - 1 freq
confident (2) - 42 freq
concedit (2) - 3 freq
confided (2) - 3 freq
confinin (2) - 1 freq
confide (2) - 4 freq
confirmit (2) - 1 freq
confirmt (2) - 6 freq
conflik (3) - 1 freq
confirms (3) - 10 freq
confirmin (3) - 1 freq
connekit (3) - 2 freq
commitit (3) - 5 freq
confuisin (3) - 1 freq
contint (3) - 1 freq
confoundit (3) - 1 freq
concait (3) - 6 freq
conceivit (3) - 1 freq
confront (3) - 6 freq
concreit (3) - 6 freq
confortit (3) - 5 freq
convickit (3) - 1 freq
confusin (3) - 13 freq
concedin (3) - 1 freq
concludit (3) - 7 freq
confidit (0) - 1 freq
confide (3) - 4 freq
confided (3) - 3 freq
confident (3) - 42 freq
concedit (3) - 3 freq
confoundit (4) - 1 freq
conduit (4) - 1 freq
can-edit (4) - 1 freq
confort (4) - 3 freq
confoondit (4) - 2 freq
confidante (4) - 1 freq
confirmt (4) - 6 freq
confirmit (4) - 1 freq
confinin (4) - 1 freq
connotit (5) - 1 freq
bondit (5) - 1 freq
concrait (5) - 1 freq
confidintly (5) - 1 freq
considert (5) - 8 freq
continuit (5) - 1 freq
consist (5) - 6 freq
connecit (5) - 2 freq
cleidit (5) - 2 freq
confines (5) - 2 freq
candidate (5) - 21 freq
SoundEx code - C513
cambodia's - 1 freq
campit - 2 freq
champit - 11 freq
confetti - 5 freq
computer - 108 freq
comfits - 6 freq
confident - 42 freq
competitive - 9 freq
confidence - 107 freq
compete - 11 freq
camped - 6 freq
competeition - 8 freq
confidit - 1 freq
combatants - 1 freq
competeeshun - 1 freq
computers - 26 freq
convoyt - 1 freq
competeetions - 4 freq
combat - 5 freq
competition - 61 freq
confided - 3 freq
compiete - 1 freq
confide - 4 freq
conveyed - 2 freq
convoyit - 1 freq
compute - 2 freq
competin - 3 freq
confidintly - 1 freq
competent - 3 freq
competence - 5 freq
can-but - 4 freq
confidently - 10 freq
computit - 2 freq
confederations - 2 freq
competitions - 7 freq
computin - 3 freq
combed - 3 freq
champed - 2 freq
campt - 2 freq
computer's - 1 freq
competeetion - 13 freq
competes - 1 freq
compt - 1 freq
confidenss - 1 freq
confoodan - 1 freq
confidence' - 2 freq
compadres - 1 freq
confederation - 1 freq
compatriots - 3 freq
canopied - 1 freq
confederacy - 2 freq
confideracy - 1 freq
computer-generatit - 2 freq
compeetitors - 1 freq
compuiters - 2 freq
compatible - 2 freq
competeeshin - 5 freq
confeedent - 2 freq
competitors - 4 freq
compeetin - 1 freq
competeeshins - 1 freq
competitor - 1 freq
competeition's - 1 freq
competeitions - 3 freq
caimbed - 3 freq
convoyed - 2 freq
computeir - 4 freq
compuiteir - 1 freq
confettae - 1 freq
confidential - 1 freq
confuddlin - 1 freq
competeen - 1 freq
competan - 2 freq
competitiveness - 1 freq
champit' - 1 freq
confidante - 1 freq
competit - 1 freq
confidences - 1 freq
compatriot - 2 freq
confidentially - 1 freq
€œconfidence - 1 freq
computatiouns - 1 freq
competing - 2 freq
compitition - 1 freq
cmbpdufuwc - 1 freq
competently - 1 freq
combatcoach - 1 freq
MetaPhone code - KNFTT
confidit - 1 freq
confided - 3 freq
CONFIDIT
Time to execute Levenshtein function - 0.192782 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 - 0.365722 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 - 0.027864 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 - 0.038287 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 - 0.000846 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.