A method of recognizing an audio scene, the method comprising: separating, according to a predetermined criterion, an input stereo audio signal into a mid channel and a side channel (s401); recognizing, according to each of the separated channels, at least one audio scene from the input stereo audio signal by using a plurality of neural networks trained to recognize an audio scene (s402), wherein the plurality of neural networks are duplicated and applied separately on the mid and side channels ; and determining, based on a result of the recognizing of the at least one audio scene, at least one audio scene included in audio content by using a neural network trained to combine audio scene recognition results for respective channels (s403), wherein the plurality of neural networks comprises: a first neural network trained to recognize the audio scene based on a time-frequency shape of an audio signal, a second neural network trained to recognize the audio scene based on a shape of a spectral envelope of the audio signal, and a third neural network trained to recognize the audio scene based on a feature vector extracted from the audio signal, and wherein the recognizing the at least one audio scene comprises recognizing a predetermined first audio scene in the mid channel and recognizing a predetermined second audio scene in the side channel. separating, according to a predetermined criterion, an input stereo audio signal into a mid channel and a side channel (s401); recognizing, according to each of the separated channels, at least one audio scene from the input stereo audio signal by using a plurality of neural networks trained to recognize an audio scene (s402), wherein the plurality of neural networks are duplicated and applied separately on the mid and side channels ; and determining, based on a result of the recognizing of the at least one audio scene, at least one audio scene included in audio content by using a neural network trained to combine audio scene recognition results for respective channels (s403), wherein the plurality of neural networks comprises: a first neural network trained to recognize the audio scene based on a time-frequency shape of an audio signal, a second neural network trained to recognize the audio scene based on a shape of a spectral envelope of the audio signal, and a third neural network trained to recognize the audio scene based on a feature vector extracted from the audio signal, and wherein the recognizing the at least one audio scene comprises recognizing a predetermined first audio scene in the mid channel and recognizing a predetermined second audio scene in the side channel. a first neural network trained to recognize the audio scene based on a time-frequency shape of an audio signal, a second neural network trained to recognize the audio scene based on a shape of a spectral envelope of the audio signal, and a third neural network trained to recognize the audio scene based on a feature vector extracted from the audio signal, and wherein the recognizing the at least one audio scene comprises recognizing a predetermined first audio scene in the mid channel and recognizing a predetermined second audio scene in the side channel. <EOS>