A Corpus of 21st Century Scots Texts

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Levenshtein Distance

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

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Similar words to sezmtpc in Corpus

Levenshtein Double Levenshtein SoundEx MetaPhone Manually curated
sezmtpc (0) - 1 freq
semtex (3) - 1 freq
setps (3) - 1 freq
septic (3) - 3 freq
semitic (3) - 1 freq
semoc (3) - 1 freq
seamyc (3) - 1 freq
seemt (3) - 109 freq
seemtae (3) - 3 freq
settee (4) - 30 freq
sext (4) - 1 freq
senate (4) - 8 freq
seatit (4) - 7 freq
semed (4) - 13 freq
rewtic (4) - 1 freq
seet's (4) - 2 freq
senat (4) - 4 freq
seemlar (4) - 9 freq
sent (4) - 546 freq
skimpy (4) - 1 freq
semply (4) - 2 freq
settl (4) - 1 freq
sweemt (4) - 4 freq
seartin (4) - 1 freq
sgzqta (4) - 1 freq
sezmtpc (0) - 1 freq
semitic (5) - 1 freq
seemt (6) - 109 freq
ydzmtapk (6) - 1 freq
somatic (6) - 1 freq
seemtae (6) - 3 freq
seamyc (6) - 1 freq
semtex (6) - 1 freq
semoc (6) - 1 freq
setps (6) - 1 freq
septic (6) - 3 freq
steemt (7) - 1 freq
seemit (7) - 20 freq
semmits (7) - 9 freq
scampi (7) - 1 freq
stampt (7) - 4 freq
seemetry (7) - 1 freq
sermaple (7) - 1 freq
stc (7) - 1 freq
stumpy (7) - 4 freq
xuzmtx (7) - 1 freq
scottyc (7) - 1 freq
stomps (7) - 1 freq
sumps (7) - 1 freq
zwtc (7) - 1 freq
SoundEx code - S253
second - 390 freq
saicont - 173 freq
second-haan - 1 freq
saicant - 7 freq
signed - 74 freq
secunda - 5 freq
seicont - 18 freq
sigmoid - 1 freq
secont - 16 freq
seasoned - 7 freq
saiconds - 6 freq
saicond - 11 freq
seconds - 94 freq
shaycumdud - 1 freq
saiconts - 10 freq
saicontly - 2 freq
siccand - 4 freq
saicunt - 1 freq
seekened - 1 freq
signit - 9 freq
secondary - 45 freq
shijamm''tena - 1 freq
secent's - 1 freq
sekkent - 1 freq
secondo - 1 freq
secund - 1 freq
signature - 20 freq
second-haund - 6 freq
secondhaund - 1 freq
sex-maad - 1 freq
'second - 1 freq
second-han - 1 freq
signatories - 1 freq
saicint - 7 freq
saicintly - 2 freq
signet - 3 freq
signt - 7 freq
signatures - 3 freq
'signature - 1 freq
seeckened - 1 freq
sizzent - 1 freq
sicknotes - 1 freq
signatory - 1 freq
secondar - 2 freq
second-person - 2 freq
seicontly - 1 freq
seiconts - 1 freq
second-haun - 1 freq
second-hand - 1 freq
second's - 1 freq
sikken't - 1 freq
signet-ring - 1 freq
secondly - 4 freq
sickened - 2 freq
siccint - 9 freq
siccond - 2 freq
second-smertest - 1 freq
saicont-lest - 1 freq
seasont - 1 freq
secunt - 12 freq
saicondarie - 1 freq
saicondary - 10 freq
secintary - 1 freq
second-language - 1 freq
saicont-person - 1 freq
saicent - 1 freq
secondlife - 4 freq
secondtalk - 1 freq
seekent - 1 freq
sequined - 1 freq
seecond - 1 freq
saicondly - 1 freq
seicontary - 1 freq
seegnatur - 1 freq
seicond - 1 freq
saecond - 3 freq
sickent - 1 freq
€œseconds - 1 freq
ski-weekend - 1 freq
secunts - 1 freq
shakkent - 1 freq
saicont-haun - 1 freq
signaturs - 1 freq
'saicont - 1 freq
sikkind - 3 freq
secind - 1 freq
seasondeeper - 1 freq
sezmtpc - 1 freq
signets - 1 freq
seconded - 1 freq
sognmtxkuy - 1 freq
second-degree - 1 freq
second” - 1 freq
sexymodelsammi - 1 freq
MetaPhone code - SSMTPK
sezmtpc - 1 freq
SEZMTPC
Time to execute Levenshtein function - 0.230422 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 - 0.397341 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 - 0.028788 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 - 0.038641 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 - 0.000966 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.