Abstract: The present disclosure provides a display device. The display device includes a transparent cover plate, a display panel, a frame assembly and an infrared touch assembly. The frame assembly includes an outer frame and a light filtering strip. The light filtering strip is provided with a light filtering part that presses at a front side edge of the transparent cover plate. The outer frame includes an outer frame body, a front frame wall and a rear frame wall. An outer side end of the front frame wall is connected to the outer frame body. An inner side end of the front frame wall presses on a front side surface of the light filtering part. An outer side end of the rear frame wall is connected to the outer frame body. The infrared touch assembly is fixed between the front frame wall and the rear frame wall.

Abstract: The disclosure provides a method for manufacturing a MRAM, wherein a prefabricated substrate structure is provided, on which at least one array zone bottom interconnection line, at least one bottom electrode and at least one magnetic tunnel junction, at least one logic zone bottom interconnection line, and a first medium layer are provided; a top electrode material layer and a hard mask material layer are formed on a surface of each of the at least one magnetic tunnel junction; the top electrode material layer and the hard mask material layer are photoetched and etched to form at least one top electrode and at least one hard mask layer; backfilling is conducted with a medium, and the backfilled medium is ground to be equal to the hard mask layer in height; the hard mask layer is selectively removed, and at least one array zone top via hole is formed through self-alignment.

Abstract: A secure boot method of an Internet of Things (IoT) apparatus includes: in response to a system boot signal of the IoT apparatus, verifying an authentication signature of a bootloader firmware and an authentication signature of an application layer (App) firmware; reading an encryption key stored in a one-time programmable memory in response to determining that the authentication signature of the bootloader firmware and the authentication signature of the App firmware both pass verification, in which the encryption key is configured to have a write protection attribute; decrypting the App firmware according to the encryption key, and running the decrypted App firmware; and in response to determining to read encrypted flash-memory partition data in a flash memory (Flash), decrypting the encrypted flash-memory partition data according to the encryption key, so as to securely boot up the IoT apparatus.

Abstract: The present disclosure makes it possible to acquire an image of high quality while shorten an imaging time by an MRI device. A data acquisition unit (11) acquires low-density sampling k-space raw data obtained by imaging a subject while reducing the number of measurement points by the MRI device, and outputs input data (IN) based on the low-density sampling k-space raw data. An inference processing unit (12) performs inference processing by inputting the input data (IN) to a trained model, and outputs restored image data (IMG) in which the image quality reduced by reducing the number of measurement points has been restored. An image display unit (13) displays the restored image data (IMG).

Abstract: A display module and an electronic apparatus. The display module may comprise: a display panel, which is provided with a display area and a non-display area arranged around the display area; a cover plate, which is located at the display side of the display panel, wherein the cover plate has a light-shielding area; and a bonding structure, which is located between the display panel and the cover plate, and two opposite surfaces of the bonding structure in a thickness direction are respectively bonded to the display panel and the cover plate. The bonding structure comprises a buffer layer; an orthographic projection of the bonding structure on a reference plane is at least partially overlapped with an orthographic projection of the non-display area on the reference plane, and is at least partially overlapped with an orthographic projection of the light-shielding area on the reference plane.

Abstract: A method for generating map information includes: a thinned patient image generating step of generating thinned patient image information in which coordinate information of brain blood vessels of a patient having a cerebral aneurysm and coordinate information of cerebral aneurysms are associated with each other, and the brain blood vessels are thinned; a coordinate associating step of associating coordinates of thinned blood vessels represented by the thinned patient image with reference coordinates of brain blood vessels represented by a thinned reference image in which the brain blood vessels are thinned; and a map information generating step of generating probabilistic map information representing probabilities of occurrence in the coordinates of cerebral aneurysms with respect to the reference coordinates on the basis of the coordinates of the brain blood vessels associated in the coordinate associating step for the thinned patient image information of a plurality of patients having cerebral aneurysms and