Abstract: Embodiments of the present application disclose a fingerprint identification apparatus and an electronic device. The fingerprint identification apparatus is used to be disposed under a display screen and includes a first filter layer and a fingerprint sensor, and the first filter layer is disposed above the fingerprint sensor, the first filter layer includes a plurality of first filter units, and the plurality of first filter units are disposed in a region of the first filter layer corresponding to an edge region of the fingerprint sensor; sensing units of the edge region of the fingerprint sensor are configured to receive a light signal returned by a finger above the display screen and filtered by the plurality of first filter units; and sensing units of a middle region of the fingerprint sensor are configured to receive a light signal returned by the finger, to generate a fingerprint image of the finger.

Abstract: A blood pressure detection method, an apparatus, and an electronic device are provided, having relatively accurate blood pressure detection results and are convenient to detect. The blood pressure detection method is applied to a blood pressure detection apparatus, and the method includes: acquiring blood pressure calibration information, the blood pressure calibration information being information obtained by processing according to a first pressure acting on a user and a first PPG signal when the first pressure acts on the user; acquiring a second PPG signal, and processing according to the second PPG signal to obtain the user's initial blood pressure; and calibrating the initial blood pressure according to the blood pressure calibration information, and using the blood pressure obtained by calibration as the blood pressure of the user. In this technical solution, there is no need to resort to an external device such as a blood pressure meter for assistance.

Abstract: Embodiments of the present application disclose a fingerprint identification apparatus and an electronic device. The fingerprint identification apparatus is used to be disposed under a display screen and includes a first filter layer and a fingerprint sensor, and the first filter layer is disposed above the fingerprint sensor, the first filter layer includes a plurality of first filter units, and the plurality of first filter units are disposed in a region of the first filter layer corresponding to an edge region of the fingerprint sensor; sensing units of the edge region of the fingerprint sensor are configured to receive a light signal returned by a finger above the display screen and filtered by the plurality of first filter units; and sensing units of a middle region of the fingerprint sensor are configured to receive a light signal returned by the finger, to generate a fingerprint image of the finger.

Abstract: Embodiments of the present application disclose a fingerprint identification apparatus and an electronic device. The fingerprint identification apparatus is used to be disposed under a display screen and includes a first filter layer and a fingerprint sensor, and the first filter layer is disposed above the fingerprint sensor, the first filter layer includes a plurality of first filter units, and the plurality of first filter units are disposed in a region of the first filter layer corresponding to an edge region of the fingerprint sensor; sensing units of the edge region of the fingerprint sensor are configured to receive a light signal returned by a finger above the display screen and filtered by the plurality of first filter units; and sensing units of a middle region of the fingerprint sensor are configured to receive a light signal returned by the finger, to generate a fingerprint image of the finger.

Abstract: Embodiments of the present application disclose a fingerprint identification apparatus and an electronic device. The fingerprint identification apparatus is used to be disposed under a display screen and includes a first filter layer and a fingerprint sensor, and the first filter layer is disposed above the fingerprint sensor, the first filter layer includes a plurality of first filter units, and the plurality of first filter units are disposed in a region of the first filter layer corresponding to an edge region of the fingerprint sensor; sensing units of the edge region of the fingerprint sensor are configured to receive a light signal returned by a finger above the display screen and filtered by the plurality of first filter units; and sensing units of a middle region of the fingerprint sensor are configured to receive a light signal returned by the finger, to generate a fingerprint image of the finger.

Abstract: Embodiments of the present application provide a method and apparatus for determining a touch position of a capacitive screen. The method includes: acquiring an output signal of each capacitor node, and orthogonally demodulating the output signal to acquire a corresponding orthogonal component Q; judging whether corresponding orthogonal components Q of some of the capacitor nodes increase relative to a reference orthogonal component Q in an underwater mode, and whether corresponding orthogonal components Q of some other capacitor nodes decrease relative to the reference orthogonal component Q in the underwater mode; and determining that the capacitive screen is touched, and determining the touch position according to coordinates of the capacitor node whose orthogonal component Q decreases if the judgment indicates a positive result.

Abstract: A common mode noise processing apparatus is provided. The common mode noise processing apparatus includes s subtraction processing units (210-1 to 210-s) and one spectrum analysis module (220); each of the subtraction processing units (210-1 to 210-s) includes two first input ports (211-1 to 211-s, 212-1 to 212-s) connected to the subtractor, one subtractor (213-1 to 213-s) and one first output port (214-1 to 214-s) connected to the subtractor; the spectrum analysis module (220) includes s second input ports (221-1 to 221-s) connected to the s first output ports in one-to-one correspondence and at least one spectrum analysis unit (222) connected to the s second input ports (221). The common mode noise processing apparatus may be capable of detecting a common mode noise in a signal for determining a location of a touch point, so as to reduce impact of the common mode noise on the signal.

Abstract: Embodiments of the present invention provide a method and an apparatus for discovering a closely related user. The method includes: acquiring first data of a first user on social media and second data of a second user on the social media, where the second user is a user following the first user and/or a user followed by the first user; then, establishing a user model of the first user according to the first data and the second data; then, acquiring third data of a third user in social media, where the third user and the first user do not follow each other; afterward, performing matching between the third data and the user model to perform calculation, to obtain a matching result; and finally, if the matching result is greater than a preset value, determining that the third user is a closely related user of the first user.

Abstract: Embodiments of the present application provide a method and apparatus for determining a touch position of a capacitive screen. The method includes: acquiring an output signal of each capacitor node, and orthogonally demodulating the output signal to acquire a corresponding orthogonal component Q; judging whether corresponding orthogonal components Q of some of the capacitor nodes increase relative to a reference orthogonal component Q in an underwater mode, and whether corresponding orthogonal components Q of some other capacitor nodes decrease relative to the reference orthogonal component Q in the underwater mode; and determining that the capacitive screen is touched, and determining the touch position according to coordinates of the capacitor node whose orthogonal component Q decreases if the judgment indicates a positive result.

Abstract: A common mode noise processing apparatus is provided. The common mode noise processing apparatus includes s subtraction processing units (210-1 to 210-s) and one spectrum analysis module (220); each of the subtraction processing units (210-1 to 210-s) includes two first input ports (211-1 to 211-s, 212-1 to 212-s) connected to the subtractor, one subtractor (213-1 to 213-s) and one first output port (214-1 to 214-s) connected to the subtractor; the spectrum analysis module (220) includes s second input ports (221-1 to 221-s) connected to the s first output ports in one-to-one correspondence and at least one spectrum analysis unit (222) connected to the s second input ports (221). The common mode noise processing apparatus may be capable of detecting a common mode noise in a signal for determining a location of a touch point, so as to reduce impact of the common mode noise on the signal.

Abstract: The present invention is applicable to the field of information processing technologies, and provides an information push method and apparatus. The method includes: acquiring historical behavior information of a user from a social data source; dividing, according to a preset rule, the acquired historical behavior information into one or more documents related to user behavior information; obtaining a model according to the document and by using a statistical learning method; and generating push information based on the model, and sending the push information to a client where a corresponding user is located. The push information in the present invention is generated based on the historical behavior information of the user, so that accuracy of information push can be effectively improved.

Abstract: Embodiments of the present invention provide a method and an apparatus for discovering a closely related user. The method includes: acquiring first data of a first user on social media and second data of a second user on the social media, where the second user is a user following the first user and/or a user followed by the first user; then, establishing a user model of the first user according to the first data and the second data; then, acquiring third data of a third user in social media, where the third user and the first user do not follow each other; afterward, performing matching between the third data and the user model to perform calculation, to obtain a matching result; and finally, if the matching result is greater than a preset value, determining that the third user is a closely related user of the first user.

Abstract: The present invention is applicable to the field of information processing technologies, and provides an information push method and apparatus. The method includes: acquiring historical behavior information of a user from a social data source; dividing, according to a preset rule, the acquired historical behavior information into one or more documents related to user behavior information; obtaining a model according to the document and by using a statistical learning method; and generating push information based on the model, and sending the push information to a client where a corresponding user is located. The push information in the present invention is generated based on the historical behavior information of the user, so that accuracy of information push can be effectively improved.