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functionality will often use phonetic algorithms to find results that don't match exactly the term(s) used in the search. Searching for names can be difficult as there are often multiple alternative spellings for names. An example is the name
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algorithm, for example, can take an incorrectly spelled word and create a code. The code is then looked up in directory for words with the same or similar
Metaphone. Words that have the same or similar Metaphone become possible alternative
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varies significantly depending on multiple factors, such as the word's origin and usage over time and borrowings from other languages, phonetic algorithms necessarily take into account numerous rules and exceptions.
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80:, which is a refinement of Soundex designed to better match surnames of Slavic and Germanic origin. Daitch–Mokotoff Soundex codes are strings composed of six numeric digits.
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Exploring the grand challenges for next generation E-Business : 8th
Workshop on E-Business, WEB 2009, Phoenix, AZ, USA, December 15, 2009, Revised selected papers
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122:, created to assist in data matching between late 19th century and early 20th century electoral rolls, optimized for accents present in parts of New Zealand.
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modules use phonetic encoding to find the set of dictionary words that are pronounced similarly to the phonemes output by the processed audio signal.
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all three variations produce the same
Soundex code, C460. By searching names based on the Soundex code all three variations will be returned.
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which are suitable for use with most
English words, not just names. Metaphone algorithms are the basis for many popular
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efforts use phonetic algorithms to easily bucket records into groups of similar sounding names for further evaluation.
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Li, Nan; Hitchcock, Peter; Blustein, James; Bliemel, Michael (2011). H. Raghav Rao; Raj
Sharman; T. S. Raghu (eds.).
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developed by
Western Airlines in 1977 - this algorithm has an encoding and range comparison technique.
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to the same letter. The result is a string that can be pronounced by the reader without decoding.
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library collecting various phonetic algorithms that one can try online.
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and are not useful for indexing words in other languages. Because
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252:. Santa Rosa, Calif.: Informing Science. p. 498.
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Algorithm for indexing of words by their pronunciation
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67:Among the best-known phonetic algorithms are:
50:. Most phonetic algorithms were developed for
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289:Dictionary of Algorithms and Data Structures
135:can often contain phonetic algorithms. The
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218:. Berlin: Springer. p. 232.
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331:library of phonetic algorithms.
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106:(NYSIIS), which maps similar
309:converting words to phonemes
193:Damerau–Levenshtein distance
249:Growing Information: Part 2
178:Approximate string matching
18:Phonetic matching algorithm
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278:public domain material
246:Cohen, Eli B. (2009).
114:Match Rating Approach
315:StringMetric project
188:Levenshtein distance
365:Phonetic algorithms
159:Data deduplication
32:phonetic algorithm
325:clj-fuzzy project
284:"phonetic coding"
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127:Common uses
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199:References
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120:Caverphone
63:Algorithms
370:Phonology
335:SoundexBR
311:and back.
137:Metaphone
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46:by their
36:algorithm
345:Talisman
172:See also
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40:indexing
329:Clojure
153:Soundex
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52:English
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