![]() Upper-division students interested in how to get computers to do useful things with language. Interrupting (politely!) to ask questions is highly encouraged. The twice-weekly course meetings will be a combination of lecture and hands-on programming practice. Homework assignments and final projects will involve both written and programming components. Class meetings will be a mixture of lecture and programming practicum sessions. using ideas from computational linguistics to shed light on how we humans use natural languageÄuring the course you'll both learn the theory underlying these topics and gain hands-on experience using computational tools and programming computers to perform some of the tasks described above.automatic translation between natural languages (machine translation).automatically identifying phrases and clause structure in sentences (parsing).automated spelling and grammar correction.automatically classifying documents into different categories (financial versus sports news articles, positive versus negative movie reviews, spam versus non-spam email).formal tools for describing and computing with fragments of language structure at multiple levels - phonology, morphology, syntax, semantics. ![]() Linguistics 165 is a brief introduction to this rich and exciting field, and includes coverage of topics such as: Linguistics 165: Computational Linguistics (Fall 2010) Linguistics 165: Computational Linguistics (Fall 2010) Course information Lecture TimesĬomputational linguistics is the study of how to get computers to do useful things with human language (a.k.a.
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