An audio rendering method, comprising: obtaining a to-be-rendered binaural room impulse response, BRIR, signal, wherein the to-be-rendered BRIR signal is a sampling signal, and an elevation angle corresponding to the to-be-rendered BRIR signal is 0 degrees; obtaining a direct sound signal based on the to-be-rendered BRIR signal, wherein the direct sound signal is a signal in a first time period in a time period corresponding to the to-be-rendered BRIR signal, and the signal in the first time period is a signal part in the to-be-rendered BRIR signal from a start time to an m th millisecond; correcting , based on a target elevation angle, a frequency-domain signal corresponding to the direct sound signal, wherein the frequency-domain signal is obtained by converting the direct sound signal in the first time period, to obtain a frequency-domain signal of the target elevation angle; obtaining a time-domain signal based on the frequency-domain signal of the target elevation angle; and superposing the time-domain signal on a signal that is in the to-be-rendered BRIR signal and that is in a second time period after the first time period, to obtain a BRIR signal of the target elevation angle. wherein the correcting, based on a target elevation angle, a frequency-domain signal corresponding to the direct sound signal comprises: determining a correction coefficient based on the target elevation angle and a correction function, wherein the correction function comprises a numerical relationship between coefficients of HRTF signals corresponding to different elevation angles; and correcting, based on the correction coefficient, the frequency-domain signal corresponding to the direct sound signal, to obtain the corrected frequency-domain signal. obtaining a to-be-rendered binaural room impulse response, BRIR, signal, wherein the to-be-rendered BRIR signal is a sampling signal, and an elevation angle corresponding to the to-be-rendered BRIR signal is 0 degrees; obtaining a direct sound signal based on the to-be-rendered BRIR signal, wherein the direct sound signal is a signal in a first time period in a time period corresponding to the to-be-rendered BRIR signal, and the signal in the first time period is a signal part in the to-be-rendered BRIR signal from a start time to an m th millisecond; correcting , based on a target elevation angle, a frequency-domain signal corresponding to the direct sound signal, wherein the frequency-domain signal is obtained by converting the direct sound signal in the first time period, to obtain a frequency-domain signal of the target elevation angle; obtaining a time-domain signal based on the frequency-domain signal of the target elevation angle; and superposing the time-domain signal on a signal that is in the to-be-rendered BRIR signal and that is in a second time period after the first time period, to obtain a BRIR signal of the target elevation angle. wherein the correcting, based on a target elevation angle, a frequency-domain signal corresponding to the direct sound signal comprises: determining a correction coefficient based on the target elevation angle and a correction function, wherein the correction function comprises a numerical relationship between coefficients of HRTF signals corresponding to different elevation angles; and correcting, based on the correction coefficient, the frequency-domain signal corresponding to the direct sound signal, to obtain the corrected frequency-domain signal. determining a correction coefficient based on the target elevation angle and a correction function, wherein the correction function comprises a numerical relationship between coefficients of HRTF signals corresponding to different elevation angles; and correcting, based on the correction coefficient, the frequency-domain signal corresponding to the direct sound signal, to obtain the corrected frequency-domain signal. <EOS>