Publication | Closed Access
Processing Spontaneous Orthography
42
Citations
27
References
2013
Year
Medical UltrasoundEngineeringArabic OrthographyCorpus LinguisticsLanguage ProcessingDiagnostic ImagingNatural Language ProcessingSyntaxComputational LinguisticsComputational ImagingGrammarLanguage StudiesMachine TranslationNatural LanguageMedical ImagingNlp PurposesNeuroimagingMedical Image ComputingOrthographyText ProcessingEgyptian ArabicBiomedical ImagingSpontaneous OrthographyNeuroscienceSpeech PerceptionLinguisticsTomography
In cases in which there is no standard orthography for a language or language variant, written texts will display a variety of orthographic choices. This is problematic for natural language processing (NLP) because it creates spurious data sparseness. We study the transformation of spontaneously spelled Egyptian Arabic into a conventionalized orthography which we have previously proposed for NLP purposes. We show that a two-stage process can reduce divergences from this standard by 69%, making subsequent processing of Egyptian Arabic easier.
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