A display control method for an electronic device, the electronic device comprising a display screen and a biometric sensor arranged below the display screen, the method comprising: obtaining at least one frame of sensing data representing motion of a target object relative to an electronic device; predicting a to-be-identified region on the electronic device according to the sensing data, comprising: predicting a target position where the target object is to be in contact with the electronic device according to the sensing data, comprising: determining a historical movement trajectory and a current moving direction of the target object based on the sensing data; predicting a target movement trajectory according to the historical movement trajectory and the current moving direction, wherein, the target movement trajectory occurs later than current time; and determining the target position based on the target movement trajectory; and determining the to-be-identified region according to the target position, comprising: obtaining a plurality of sub regions contained in a target region on the electronic device, and obtaining a central position of each sub region, wherein, the target region is a region on the electronic device capable to display preset information; obtaining a distance between the target position and the central position of each sub region; and determining a sub region corresponding to a minimum distance as the to-be-identified region; and displaying the preset information in the to-be-identified region, wherein the preset information indicates to input biometric information of the target object, wherein the biometric sensor comprises a fingerprint sensor, wherein the target region is a display area facing the fingerprint sensor in the electronic device; predicting a sub region to be fallen into by the target object as the to-be-identified region according to the target position. obtaining at least one frame of sensing data representing motion of a target object relative to an electronic device; predicting a to-be-identified region on the electronic device according to the sensing data, comprising: predicting a target position where the target object is to be in contact with the electronic device according to the sensing data, comprising: determining a historical movement trajectory and a current moving direction of the target object based on the sensing data; predicting a target movement trajectory according to the historical movement trajectory and the current moving direction, wherein, the target movement trajectory occurs later than current time; and determining the target position based on the target movement trajectory; and determining the to-be-identified region according to the target position, comprising: obtaining a plurality of sub regions contained in a target region on the electronic device, and obtaining a central position of each sub region, wherein, the target region is a region on the electronic device capable to display preset information; obtaining a distance between the target position and the central position of each sub region; and determining a sub region corresponding to a minimum distance as the to-be-identified region; and predicting a target position where the target object is to be in contact with the electronic device according to the sensing data, comprising: determining a historical movement trajectory and a current moving direction of the target object based on the sensing data; predicting a target movement trajectory according to the historical movement trajectory and the current moving direction, wherein, the target movement trajectory occurs later than current time; and determining the target position based on the target movement trajectory; and determining a historical movement trajectory and a current moving direction of the target object based on the sensing data; predicting a target movement trajectory according to the historical movement trajectory and the current moving direction, wherein, the target movement trajectory occurs later than current time; and determining the target position based on the target movement trajectory; and determining the to-be-identified region according to the target position, comprising: obtaining a plurality of sub regions contained in a target region on the electronic device, and obtaining a central position of each sub region, wherein, the target region is a region on the electronic device capable to display preset information; obtaining a distance between the target position and the central position of each sub region; and determining a sub region corresponding to a minimum distance as the to-be-identified region; and obtaining a plurality of sub regions contained in a target region on the electronic device, and obtaining a central position of each sub region, wherein, the target region is a region on the electronic device capable to display preset information; obtaining a distance between the target position and the central position of each sub region; and determining a sub region corresponding to a minimum distance as the to-be-identified region; and displaying the preset information in the to-be-identified region, wherein the preset information indicates to input biometric information of the target object, wherein the biometric sensor comprises a fingerprint sensor, wherein the target region is a display area facing the fingerprint sensor in the electronic device; predicting a sub region to be fallen into by the target object as the to-be-identified region according to the target position.