Natural language processing of disfluent sentences
A technology of spoken language and words, applied in natural language data processing, electrical digital data processing, special data processing applications, etc., can solve problems such as it is difficult to know the neglect of spoken language instructions
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[0018] figure 1 The natural language processing system 100 is schematically represented. The system interprets spoken word input (such as sentence fragments 102) and outputs codes that a computer can understand (such as machine instructions 104). The overall system allows a human to speak directly to a computer in normal human language.
[0019] The main components of system 100 are speech recognition unit 110 , part of speech marker 112 , disfluency identifier 114 and grammar parser 118 . The disfluency discriminator operates using the model 116 .
[0020] The speech recognition unit 110 transcribes a human speech sound into text data. This text is then sent to a part of speech tagger 112 which labels each text word with a part of speech (POS) tag such as "noun", "verb", etc. The text annotated with POS tags is input to the disfluency identifier 114 . The disfluency discriminator and its model 116 decide which words should be clipped and ignored from the text for improve...
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