Abstract: An array substrate includes a base substrate having a display region and a non-display region, the display region includes a corner display region and a middle display region; the display region includes a plurality of pixel circuits arranged in an array and a plurality of data signal lines, and a column of pixel circuits are electrically connected to at least two data signal lines; and further includes a plurality of first fan-out wires, where a first terminal of a first fan-out wire of the plurality of first fan-out wires is electrically connected to a data signal line located in the corner display region; the non-display region includes a fan-out region, and the fan-out region includes a plurality of second fan-out wires; a terminal of a second fan-out wire of part of the plurality of second fan-out wires is electrically connected to the second terminal of the first fan-out wire.

Abstract: Embodiments of the present invention relate to the technical field of aircrafts and provide an aircraft control method and a flight control system. The method is applicable to an aircraft and includes: connecting a remote control to a master terminal; connecting the master terminal to at least one slave terminal, so that each of the at least one slave terminal is connected to the master terminal; determining that the remote control has been connected to the aircraft; and controlling, by the remote control, the aircraft according to control instructions transmitted by the master terminal and/or the at least one slave terminal. By means of the method, providing each terminal with a remote control can be avoided, thereby reducing the burden of holding remote controls and reducing costs.

Abstract: Embodiments of the present invention provide systems, methods, and computer storage media directed to generating interaction and network asset association predictions. Recommendations for network assets in response to interactions with other network assets may be provided. Initially, a pair of items, including a seed asset and a candidate asset, is received. Each word in the seed and candidate titles, each aspect, and the categories may be embedded into a k-dimensional vector space. The embedding may then be aggregated to construct an n-dimensional vector representing a seed asset and an n-dimensional vector representing a candidate asset which are used to determine and generate a probability that the seed asset and the candidate asset are contemporaneously operated upon by the same user. The system may then rank recommendation candidates by a co-interaction probability output of the neural network system.

Abstract: The present invention relates to a kernel state and user state data exchange method for disaster recovery of a virtual container system. In one disaster recovery backup of a virtual container, data needs to be exchanged between a kernel state and a user state. The file system operation of the kernel state needs to be transmitted to a user state program for processing firstly, and the processing result is returned to the kernel state and then transmitted to an original application program. Low recovery speed of a data block is mainly caused by the need of multiple times of switching between the kernel state and the user state, and the communication efficiency of the kernel state and the user state is low. In the present invention, all recovery operations are completed by the user state by virtue of a FUSE.

Abstract: The present invention provides a data migration method and apparatus, where the method includes: after a second control board is inserted into a second control board slot, receiving, by a first control board, type information from the second control board, and determining whether the type information of the second control board and type information of the first control board are the same; and when determining that the type information of the second control board and the type information of the first control board are different, sending, by the first control board, configuration data stored by the first control board itself to the second control board, so that the second control board utilizes the configuration data to perform a configuration.

Abstract: The present invention relates to a kernel state and user state data exchange method for disaster recovery of a virtual container system. In one disaster recovery backup of a virtual container, data needs to be exchanged between a kernel state and a user state. The file system operation of the kernel state needs to be transmitted to a user state program for processing firstly, and the processing result is returned to the kernel state and then transmitted to an original application program. Low recovery speed of a data block is mainly caused by the need of multiple times of switching between the kernel state and the user state, and the communication efficiency of the kernel state and the user state is low. In the present invention, all recovery operations are completed by the user state by virtue of a FUSE.

Abstract: Embodiments of the present invention provide a wear-leveling method, a storage device, and an information system, where a storage region is divided into a plurality of storage sub-regions of the same size. The method includes: recording the accumulated number of write operations of each storage sub-region; and when the accumulated number of write operations of any one storage sub-region of the plurality of storage sub-regions reaches a predetermined remapping rate, mapping a logical address of the storage sub-region to a remapping physical address. With the wear-leveling method, the storage device, and the information system in the embodiments of the present invention, a logical address of a local data block on which too many write operations are performed may be evenly mapped to an overall physical storage region, thereby avoiding that local data is too hot and prolonging a service life of a storage medium.

Abstract: The present invention provides a data migration method and apparatus, where the method includes: after a second control board is inserted into a second control board slot, receiving, by a first control board, type information from the second control board, and determining whether the type information of the second control board and type information of the first control board are the same; and when determining that the type information of the second control board and the type information of the first control board are different, sending, by the first control board, configuration data stored by the first control board itself to the second control board, so that the second control board utilizes the configuration data to perform a configuration.

Abstract: Embodiments of the present invention provide a wear-leveling method, a storage device, and an information system, where a storage region is divided into a plurality of storage sub-regions of the same size. The method includes: recording the accumulated number of write operations of each storage sub-region; and when the accumulated number of write operations of any one storage sub-region of the plurality of storage sub-regions reaches a predetermined remapping rate, mapping a logical address of the storage sub-region to a remapping physical address. With the wear-leveling method, the storage device, and the information system in the embodiments of the present invention, a logical address of a local data block on which too many write operations are performed may be evenly mapped to an overall physical storage region, thereby avoiding that local data is too hot and prolonging a service life of a storage medium.

Abstract: Embodiments disclosed herein related to a virtual machine-based on-demand parallel disaster recovery system and a method thereof. By integrating context of processes of virtual machine, the system and method build a process tree related to applications and support the operation of freezing the context and intercept memory image consistent with the virtual machine environment, based on which, a method for on-demand parallel recovery is provided. In the method, while monitoring file system data that processes of virtual machine are to visit by a kernel intercept unit, recovery of related data blocks of the applications is conducted in the background in order to make applications and recovery procedure of the virtual machine run simultaneously. The recovery procedure is divided into two phases, recovering memory image first and then recovering file system or volume data. Through the procedure, applications can be recovered precisely to the running state when they are backup.

Abstract: Embodiments disclosed herein related to a system used for disaster recovery backup. The system converts the operating system in the system preparing for disaster recovery into a virtualized system which will be disaster-recovery-ready. The system includes: a device to be converted on which a physical operating system is installed; a USB converting device which is coupled to the device to be converted, which includes a USB disc operating system, a converting unit and a virtual system, and which is used to convert the physical operating system in the device to be converted into a virtual system for making backup of the virtual system. Embodiments disclosed herein are further related to a method for disaster recovery backup and a method for installing the disaster recovery system. The disaster recovery system based on the virtualization technology may be deployed rapidly without making any changes to the physical operating system itself.

Abstract: Embodiments disclosed herein related to a system used for disaster recovery backup. The system converts the operating system in the system preparing for disaster recovery into a virtualized system which will be disaster-recovery-ready. The system includes: a device to be converted on which a physical operating system is installed; a USB converting device which is coupled to the device to be converted, which includes a USB disc operating system, a converting unit and a virtual system, and which is used to convert the physical operating system in the device to be converted into a virtual system for making backup of the virtual system. Embodiments disclosed herein are further related to a method for disaster recovery backup and a method for installing the disaster recovery system. The disaster recovery system based on the virtualization technology may be deployed rapidly without making any changes to the physical operating system itself.

Abstract: Embodiments disclosed herein related to a virtual machine-based on-demand parallel disaster recovery system and a method thereof. By integrating context of processes of virtual machine, the system and method build a process tree related to applications and support the operation of freezing the context and intercept memory image consistent with the virtual machine environment, based on which, a method for on-demand parallel recovery is provided. In the method, while monitoring file system data that processes of virtual machine are to visit by a kernel intercept unit, recovery of related data blocks of the applications is conducted in the background in order to make applications and recovery procedure of the virtual machine run simultaneously. The recovery procedure is divided into two phases, recovering memory image first and then recovering file system or volume data. Through the procedure, applications can be recovered precisely to the running state when they are backup.