An audio recognizing method, comprising: performing acoustic feature prediction on the audio to be recognized to obtain a first audio prediction result and an acoustic feature reference quantity for predicting an audio recognition result; obtaining a second audio prediction result based on the acoustic feature reference quantity; determining the audio recognition result of the audio to be recognized based on the first audio prediction result and the second audio prediction result, the audio recognition result comprising unvoiced sound or voiced sound, wherein the acoustic feature reference quantity comprises a spectrum distribution average value and an energy value, characterized in that the obtaining a second audio prediction result based on the acoustic feature reference quantity comprises: determining that the second audio prediction result for predicting the audio to be recognized is the voiced sound when the distribution average value of the spectrum distribution in a first frequency range is smaller than a first predetermined threshold value, and the energy value is larger than a third predetermined threshold value, wherein the first frequency range is a range lower than a first predetermined frequency in the spectrum distribution; and determining that the second audio prediction result for predicting the audio to be recognized is the unvoiced sound when the distribution average value of the spectrum distribution in a second frequency range is greater than a second predetermined threshold, and the energy value is less than or equal to the third predetermined threshold, wherein the second frequency range is a range higher than a second predetermined frequency in the spectrum distribution. performing acoustic feature prediction on the audio to be recognized to obtain a first audio prediction result and an acoustic feature reference quantity for predicting an audio recognition result; obtaining a second audio prediction result based on the acoustic feature reference quantity; determining the audio recognition result of the audio to be recognized based on the first audio prediction result and the second audio prediction result, the audio recognition result comprising unvoiced sound or voiced sound, wherein the acoustic feature reference quantity comprises a spectrum distribution average value and an energy value, characterized in that the obtaining a second audio prediction result based on the acoustic feature reference quantity comprises: determining that the second audio prediction result for predicting the audio to be recognized is the voiced sound when the distribution average value of the spectrum distribution in a first frequency range is smaller than a first predetermined threshold value, and the energy value is larger than a third predetermined threshold value, wherein the first frequency range is a range lower than a first predetermined frequency in the spectrum distribution; and determining that the second audio prediction result for predicting the audio to be recognized is the unvoiced sound when the distribution average value of the spectrum distribution in a second frequency range is greater than a second predetermined threshold, and the energy value is less than or equal to the third predetermined threshold, wherein the second frequency range is a range higher than a second predetermined frequency in the spectrum distribution. determining that the second audio prediction result for predicting the audio to be recognized is the voiced sound when the distribution average value of the spectrum distribution in a first frequency range is smaller than a first predetermined threshold value, and the energy value is larger than a third predetermined threshold value, wherein the first frequency range is a range lower than a first predetermined frequency in the spectrum distribution; and determining that the second audio prediction result for predicting the audio to be recognized is the unvoiced sound when the distribution average value of the spectrum distribution in a second frequency range is greater than a second predetermined threshold, and the energy value is less than or equal to the third predetermined threshold, wherein the second frequency range is a range higher than a second predetermined frequency in the spectrum distribution.