An audio control method, comprising: determining a movement state parameter; wherein a position change of a user with respect to a terminal is obtained according to an audio signal acquired by a microphone, MIC, and a corresponding movement state parameter is determined according to the position change; and performing corresponding audio quality adjustment according to the movement state parameter; characterised in that the performing corresponding audio quality adjustment according to the movement state parameter comprises: determining a current audio reception MIC when the terminal comprises a plurality of MICs for audio reception; wherein the determining a current audio reception MIC comprises: obtaining a Doppler shift corresponding to each audio reception MIC, and setting one or more MICs with a greatest Doppler shift as the current audio reception MIC; or dividing the terminal into a plurality of charge measuring regions with each respective of the plurality of charge measuring regions corresponding to a different audio reception MIC; and determining a charge measuring region closest to a sound part of the user through charge measuring, and setting an audio reception MIC corresponding to a closest charge measuring region as the current audio reception MIC. determining a movement state parameter; wherein a position change of a user with respect to a terminal is obtained according to an audio signal acquired by a microphone, MIC, and a corresponding movement state parameter is determined according to the position change; and performing corresponding audio quality adjustment according to the movement state parameter; characterised in that the performing corresponding audio quality adjustment according to the movement state parameter comprises: determining a current audio reception MIC when the terminal comprises a plurality of MICs for audio reception; wherein the determining a current audio reception MIC comprises: obtaining a Doppler shift corresponding to each audio reception MIC, and setting one or more MICs with a greatest Doppler shift as the current audio reception MIC; or dividing the terminal into a plurality of charge measuring regions with each respective of the plurality of charge measuring regions corresponding to a different audio reception MIC; and determining a charge measuring region closest to a sound part of the user through charge measuring, and setting an audio reception MIC corresponding to a closest charge measuring region as the current audio reception MIC. determining a current audio reception MIC when the terminal comprises a plurality of MICs for audio reception; wherein the determining a current audio reception MIC comprises: obtaining a Doppler shift corresponding to each audio reception MIC, and setting one or more MICs with a greatest Doppler shift as the current audio reception MIC; or dividing the terminal into a plurality of charge measuring regions with each respective of the plurality of charge measuring regions corresponding to a different audio reception MIC; and determining a charge measuring region closest to a sound part of the user through charge measuring, and setting an audio reception MIC corresponding to a closest charge measuring region as the current audio reception MIC. obtaining a Doppler shift corresponding to each audio reception MIC, and setting one or more MICs with a greatest Doppler shift as the current audio reception MIC; or dividing the terminal into a plurality of charge measuring regions with each respective of the plurality of charge measuring regions corresponding to a different audio reception MIC; and determining a charge measuring region closest to a sound part of the user through charge measuring, and setting an audio reception MIC corresponding to a closest charge measuring region as the current audio reception MIC.