Abstract: Disclosed are a method and a device for generating a vocal organ animation using a stress of a phonetic value, the method and the device which generate a more accurate and a more natural vocal organ animation by applying a pronunciation form of a native speaker, which changes according to the stress of the phonetic values constituting a word. The proposed device for generating a vocal organ animation using the stress of a phonetic value: generates phonetic value configuration data having applied thereto a detailed phonetic value for each of the stresses by detecting from voice information, and allocating to a corresponding phonetic value, a phonation length and stress information of each of the phonetic values included in text information; and generates a vocal organ animation corresponding to the words included in the text information by assigning pronunciation form information detected on the basis of the phonetic value configuration data.
Abstract: The present disclosure relates to an apparatus and method for generating a vocal organ animation very similar to a pronunciation pattern of a native speaker in order to support foreign language pronunciation education. The present disclosure checks an adjacent phonetic value in phonetic value constitution information, extracts a detail phonetic value based on the adjacent phonetic value, extracting pronunciation pattern information corresponding to the detail phonetic value and pronunciation pattern information corresponding to a transition section allocated between detail phonetic values, and performs interpolation to the extracted pronunciation pattern information, thereby generating a vocal organ animation.