An exposure control method, comprising: in response to determining, based on a preview of an image to be captured, that a current capturing scene is a night scene, identifying a night mode suitable for the current capturing scene, based on a shake degree of an imaging device; determining a preset exposure compensation value based on the identified night mode by using a predetermined mapping relationship between the shake degree of the imaging device and an exposure compensation value; determining a base exposure based on brightness information of the preview of the image to be captured; determining a preset photo-sensibility based on the shake degree, wherein the preset photo-sensibility is set to a minimum photo-sensibility of the imaging device if the shake degree is less than a shake threshold and wherein the preset photo-sensibility is a preset multiple of the minimum photo-sensibility of the imaging device if the shake degree is greater than or equal to the shake threshold, the preset multiple being greater than or equal to 2; determining a target exposure for the image to be captured based on the base exposure and the preset exposure compensation value for the image to be captured; determining an exposure time for the image to be captured based on the target exposure and the preset photo-sensibility for the image to be captured; in response to determining that the exposure time for the image to be captured is greater than an upper limit, updating the exposure time for the image to be captured based on the upper limit, wherein the upper limit is a first time value if the shake degree is greater than or equal to the shake threshold and the upper limit is a second time value being greater than the first time value if the shake degree is less than the shake threshold; and performing an exposure control based on the exposure time and the preset photo-sensibility for the image to be captured. in response to determining, based on a preview of an image to be captured, that a current capturing scene is a night scene, identifying a night mode suitable for the current capturing scene, based on a shake degree of an imaging device; determining a preset exposure compensation value based on the identified night mode by using a predetermined mapping relationship between the shake degree of the imaging device and an exposure compensation value; determining a base exposure based on brightness information of the preview of the image to be captured; determining a preset photo-sensibility based on the shake degree, wherein the preset photo-sensibility is set to a minimum photo-sensibility of the imaging device if the shake degree is less than a shake threshold and wherein the preset photo-sensibility is a preset multiple of the minimum photo-sensibility of the imaging device if the shake degree is greater than or equal to the shake threshold, the preset multiple being greater than or equal to 2; determining a target exposure for the image to be captured based on the base exposure and the preset exposure compensation value for the image to be captured; determining an exposure time for the image to be captured based on the target exposure and the preset photo-sensibility for the image to be captured; in response to determining that the exposure time for the image to be captured is greater than an upper limit, updating the exposure time for the image to be captured based on the upper limit, wherein the upper limit is a first time value if the shake degree is greater than or equal to the shake threshold and the upper limit is a second time value being greater than the first time value if the shake degree is less than the shake threshold; and performing an exposure control based on the exposure time and the preset photo-sensibility for the image to be captured.