Abstract: In one embodiment, a computer-implemented method includes obtaining a pronunciation of a first word of a particular language and identifying a phonetic component of the pronunciation. The method includes obtaining a phonetic component mapping table for the type of phonetic component identified in the pronunciation of the first word and assigning a phonetic value to the identified phonetic component using the phonetic component mapping table. For a second word, the method includes obtaining a pronunciation of a second word, identifying a phonetic component of the pronunciation, and assigning a phonetic value to the identified phonetic component. In addition, the method includes calculating a phonetic distance between the identified phonetic component of the first word and the identified phonetic component of the second word, using the assigned phonetic values of the respective identified phonetic components of the first word second word, and storing the calculated phonetic distance in a file.

Abstract: In one embodiment, a computer-implemented method includes obtaining a pronunciation of a first word of a particular language and identifying a phonetic component of the pronunciation. The method includes obtaining a phonetic component mapping table for the type of phonetic component identified in the pronunciation of the first word and assigning a phonetic value to the identified phonetic component using the phonetic component mapping table. For a second word, the method includes obtaining a pronunciation of a second word, identifying a phonetic component of the pronunciation, and assigning a phonetic value to the identified phonetic component. In addition, the method includes calculating a phonetic distance between the identified phonetic component of the first word and the identified phonetic component of the second word, using the assigned phonetic values of the respective identified phonetic components of the first word second word, and storing the calculated phonetic distance in a file.

Abstract: Examples of techniques for generating a plurality of action items from a meeting transcript of a meeting are disclosed. In one example implementation according to aspects of the present disclosure, a computer-implemented method comprises chunking the meeting transcript into a plurality of chunks using a meeting topic model. The computer-implemented method also comprises performing, by a processor, information extraction on the plurality of chunks to extract action item information from the plurality of chunks. The computer-implemented method further comprises generating the plurality of action items based on the extracted action item information.

Abstract: Examples of techniques for generating a plurality of action items from a meeting transcript of a meeting are disclosed. In one example implementation according to aspects of the present disclosure, a computer-implemented method comprises chunking the meeting transcript into a plurality of chunks using a meeting topic model. The computer-implemented method also comprises performing, by a processor, information extraction on the plurality of chunks to extract action item information from the plurality of chunks. The computer-implemented method further comprises generating the plurality of action items based on the extracted action item information.