An unlocking control method, applied to an electronic device, the method comprising: detecting (101, 201) whether the electronic device is in a motion state; acquiring (103, 203) first biometric information; and the unlocking control method further comprising: when the electronic device is in the motion state, reducing (102, 202) a first recognition threshold to obtain a second recognition threshold, comprising: acquiring an average acceleration of the electronic device; determining, according to a preset correspondence between accelerations and proportional coefficients, a first proportional coefficient corresponding to the average acceleration; and reducing the first recognition threshold to obtain the second recognition threshold, according to the first proportional coefficient; and when a matching value between the first biometric recognition information and pre-stored first preset biometric template information is greater than the second recognition threshold, acquiring (104, 205) second biometric information, and performing a recognition operation on the second biometric information, wherein the first biometric information is different from the second biometric information. detecting (101, 201) whether the electronic device is in a motion state; acquiring (103, 203) first biometric information; and the unlocking control method further comprising: when the electronic device is in the motion state, reducing (102, 202) a first recognition threshold to obtain a second recognition threshold, comprising: acquiring an average acceleration of the electronic device; determining, according to a preset correspondence between accelerations and proportional coefficients, a first proportional coefficient corresponding to the average acceleration; and reducing the first recognition threshold to obtain the second recognition threshold, according to the first proportional coefficient; and when a matching value between the first biometric recognition information and pre-stored first preset biometric template information is greater than the second recognition threshold, acquiring (104, 205) second biometric information, and performing a recognition operation on the second biometric information, wherein the first biometric information is different from the second biometric information. when the electronic device is in the motion state, reducing (102, 202) a first recognition threshold to obtain a second recognition threshold, comprising: acquiring an average acceleration of the electronic device; determining, according to a preset correspondence between accelerations and proportional coefficients, a first proportional coefficient corresponding to the average acceleration; and reducing the first recognition threshold to obtain the second recognition threshold, according to the first proportional coefficient; and acquiring an average acceleration of the electronic device; determining, according to a preset correspondence between accelerations and proportional coefficients, a first proportional coefficient corresponding to the average acceleration; and reducing the first recognition threshold to obtain the second recognition threshold, according to the first proportional coefficient; and when a matching value between the first biometric recognition information and pre-stored first preset biometric template information is greater than the second recognition threshold, acquiring (104, 205) second biometric information, and performing a recognition operation on the second biometric information, wherein the first biometric information is different from the second biometric information.