Abstract: A network topology generation method includes: obtaining original coordinate information of each topology node in a first topology diagram, where the original coordinate information includes a first coordinate of each topology node in the first topology diagram, and topology nodes in the first topology diagram include a first node, a second node, and a third node; and generating a second topology diagram, where the second topology diagram corresponds to a topology diagram obtained by scaling the first topology diagram, a second coordinate of the second node is obtained using a second coordinate of the first node as a reference point, and a second coordinate of the third node is obtained using the second coordinate of the second node as a reference point.

Abstract: A steel plate suspension conveying device and method thereof, includes an initial suspension module, an intermediate transfer module and a tail end unloading module that are respectively provided with a plurality of electromagnets, wherein the electromagnets (5-6) of the initial suspension module controls the steel plate for suspension, the electromagnets (7-14) of the intermediate transfer module controls the motion of the steel plate toward the tail end unloading module, and the electromagnets (15-17) of the tail end unloading module controls the landing of the steel plate; sensor modules (18) installed on the electromagnets, and are capable of detecting the position, speed and temperature information of the steel plate conveyed by the electromagnets; a central processing unit (4) receiving the information sent by the sensor modules (18) and adjusts the magnitude of a current/voltage flowing into the electromagnets, thereby adjusting the magnitude of the electromagnet attraction applied by the electromagnet

Abstract: The present disclosure provides a manufacturing method of a semiconductor structure and a semiconductor structure. The manufacturing method of a semiconductor structure includes: providing a substrate, the substrate includes active regions and isolation regions, each of the isolation regions includes a first trench and an isolation layer formed in the first trench; removing part of the isolation layer to form first grooves; forming a first mask layer, the first mask layer covers upper surfaces of the active regions and fills the first grooves; planarizing the first mask layer, such that an upper surface of a portion of the first mask layer located above the active regions is flush with an upper surface of a portion of the first mask layer located above the isolation regions; removing part of the first mask layer, part of the isolation layer, and part of the substrate, to form second trenches and third trenches.

Abstract: A steel plate suspension conveying device and method thereof, includes an initial suspension module, an intermediate transfer module and a tail end unloading module that are respectively provided with a plurality of electromagnets, wherein the electromagnets (5-6) of the initial suspension module controls the steel plate for suspension, the electromagnets (7-14) of the intermediate transfer module controls the motion of the steel plate toward the tail end unloading module, and the electromagnets (15-17) of the tail end unloading module controls the landing of the steel plate; sensor modules (18) installed on the electromagnets, and are capable of detecting the position, speed and temperature information of the steel plate conveyed by the electromagnets; a central processing unit (4) receiving the information sent by the sensor modules (18) and adjusts the magnitude of a current/voltage flowing into the electromagnets, thereby adjusting the magnitude of the electromagnet attraction applied by the electromagnet

Abstract: A mobile terminal and a method for split screen control thereof, and a computer readable storage medium are provided. The method includes the following. The mobile terminal determines, in a split screen mode, a first split screen. The mobile terminal detects, in the split screen mode, an instruction for desktop display. The mobile terminal acquires a desktop icon and displays the desktop icon on the first split screen, upon receiving the instruction for desktop display.

Abstract: A method, device for switching applications in the split screen mode, and a related device are provided. The method for switching applications in the split screen mode includes: a first selection instruction is received when the split screen mode of a terminal screen is activated by showing a number of display areas, the first selection instruction being configured to select a target display area from the display areas; one or more applications to be switched in the target display area is displayed in response to a receiving of a switching instruction of applications; a second selection instruction is received, the second selection instruction being configured to select a target application from the one or more applications to be switched; and an application displayed in the target display area is switched to the target application.

Abstract: A method, device for switching applications in the split screen mode, and a related device are provided. The method for switching applications in the split screen mode includes: a first selection instruction is received when the split screen mode of a terminal screen is activated by showing a number of display areas, the first selection instruction being configured to select a target display area from the display areas; one or more applications to be switched in the target display area is displayed in response to a receiving of a switching instruction of applications; a second selection instruction is received, the second selection instruction being configured to select a target application from the one or more applications to be switched; and an application displayed in the target display area is switched to the target application.

Abstract: A mobile terminal and a method for split screen control thereof, and a computer readable storage medium are provided. The method includes the following. The mobile terminal determines, in a split screen mode, a first split screen. The mobile terminal detects, in the split screen mode, an instruction for desktop display. The mobile terminal acquires a desktop icon and displays the desktop icon on the first split screen, upon receiving the instruction for desktop display.