Huawei Technologies Co., Limited

Boe Technology Group Co., Ltd.

China Petroleum Chemical Corporation

Research Institute of Petroleum Processing, Sinopec

Beijing Boe Optoelectronics Technology Co., Ltd.

Huawei Cloud Computing Technologies Co., Ltd.

Boe Optical Science and Technology Co., Ltd.

Shenzhen Hitevision Technology Co., Ltd.

Hongwei Sun

Liping Yang

Teng Lv

Xiaoming Bao

Yinong Liu

Yao Zhang

Qiang Chen

Xiang Wang

Chun Yen Liu

Yanming Wang

Yu Jiang

Tao Wu

Chun Li

Lei Xiao

Hui Zheng

Qinghua Duan

Kecheng Wei

Xinyang Liu

Ruitao Song

Dixuan Zhang

Xiaogang Pan

Minyang Zhuang

Yifeng He

Yihai Zheng

Xiuqiao Li

Hua Xu

Keyong Sun

Limei Shen

Lisen Zhu

Teng LÜ

A computing node cluster provided in this embodiment of this application includes a plurality of computing nodes, and the plurality of computing nodes include an aggregation computing node. The plurality of computing nodes are configured to jointly perform a write operation on to-be-written data. Each of the plurality of computing nodes is configured to return a write success after writing partial data in the to-be-written data to a local cache. The aggregation computing node is configured to aggregate the partial data stored in caches of the plurality of computing nodes into aggregated data with consecutive addresses, and write the aggregated data into a storage node.

Computing node cluster, data aggregation method, and related device

Methods and apparatuses for processing data are provided. In an implementation, a method comprising: obtaining, by a reduction server of a plurality of reduction servers in a distributed processing system and from a first storage area, metadata of first data to be read, wherein the first data comprises a target data block in a plurality of data blocks of second data, and wherein the second data comprises a processing result of a mapping server of a plurality of mapping servers for input data, determining a first address of the first data in a global memory based on the metadata, wherein the global memory comprises memories of the plurality of mapping servers and the plurality of reduction servers, and reading the first data from the global memory based on the first address.

Method and apparatus for processing data, reduction server, and mapping server

This application provides a method and apparatus for configuring a quality of service policy for a service, and a computing device, and belongs to the field of network communications technologies. The method includes: obtaining a first data flow forwarded by a virtual switch; determining service information of the first data flow, where the service information includes a service type of the first data flow and an access path of the first data flow; determining, based on the service information of the first data flow, a quality of service QoS policy matching the first data flow; and configuring devices on the access path based on the matched QoS policy. According to this application, efficiency of configuring a quality of service policy for a service can be improved.

Method and apparatus for configuring quality of service policy for service, and computing device

A microservice call method is provided. The method includes: a network interface card receives service call requests separately generated by a plurality of first services deployed on a first device, where each of the plurality of first services is corresponding to one second service, and the second service is used to process first data of a service call request generated by the first service corresponding to the second service; and the network interface card sends the service call request to the second service based on service governance logic related to the first data. In this way, a problem that contention of a plurality of proxies for a system resource causes process context switching and further causes a sharp increase in a service delay is resolved, and application performance is improved.

Microservice call method and apparatus, device, and medium

Photoluminescent lubricating grease composition, photoluminescent material and the preparation methods thereof

A gradient copolymer comprises or consists of n polymer components. The n polymer components each independently represents an addition polymer of a monomer of the formula (I), and/or a mixture thereof, orthe n polymer components each independently comprises or consists essential of one or more structural units represented by the formula (I-1),  The symbol n represents an integer within the closed interval [5, &#x221e;]. The average side chain carbon number of the i-th polymer component as determined according to the nuclear magnetic resonance method is expressed as X, with the symbol i representing an arbitrary integer from 1 to n, the relationship X&#x3c;X&#x3c; . . . &#x3c;X&#x3c;Xholds.

Gradient copolymer, its production and application thereof

A method, a computer, and an apparatus for migrating memory data, where after receiving a first trigger instruction, a processor may exit an operating system and execute a memory data migration instruction of a basic input/output system, where the memory data migration instruction of the basic input/output system enables the processor to determine a source memory card of to-be-migrated memory data, determine a backup memory card for the source memory card, and instruct a memory controller of the source memory card to migrate the memory data in order to enable the memory controller of the source memory card to read the memory data of the source memory card and write the read memory data of the source memory card into the backup memory card according to an instruction of the processor.

Method, computer, and apparatus for migrating memory data

An array substrate and a manufacturing method thereof, a display apparatus are disclosed. The manufacturing method of the array substrate includes a forming a conduction layer () for electrically connecting two adjacent pixel electrodes () upon forming of the pixel electrodes (). The method further includes forming a photoresist layer () on a surface of a substrate with the conduction layer () formed thereon; through one exposure and development process, forming a first photoresist removed region (A) and a photoresist retained region (B). The first photoresist removed region (A) corresponds to a location of the conduction layer (); the conduction layer () in the first photoresist removed region (A) is etched, to form a separating region () configured for avoiding electrical connection of pixel electrodes () of two adjacent pixel units; and within the separating region (), a metal line that is non-electrically connected to adjacent two pixel electrodes () is formed. With the array substrate and manufacturing method thereof, damage to excessive thin film layers in the array substrate in the course of reducing bright dot defect can be avoided.

Array substrate comprising separating region and manfacturing method thereof,display apparatus

Embodiments of the present invention provide a memory data migration method and apparatus, and a computer, to migrate memory data that is in the computer. After acquiring a first trigger instruction, an operating system of the computer can suspend a task that is being executed, to execute memory data migration, determine a source memory card that stores to-be-migrated memory data, determine a backup memory card for the source memory card, and instruct a memory controller associated with the source memory card to perform the memory data migration, so that the memory controller associated with the source memory card reads memory data of the source memory card according to an instruction of the operating system, and writes the read memory data of the source memory card into the backup memory card.

Memory data migration method and apparatus, and computer

A method, a computer, and an apparatus for migrating memory data. After receiving a first trigger instruction, a processor can exit an operating system and execute a memory data migration instruction of a basic input/output system, where the memory data migration instruction of the basic input/output system enables the processor to determine a source memory card of to-be-migrated memory data, determine a backup memory card for the source memory card, and instruct a memory controller of the source memory card to migrate the memory data, so as to enable the memory controller of the source memory card to read the memory data of the source memory card and write the read memory data of the source memory card into the backup memory card according to an instruction of the processor.

The present invention relates to the field of display technologies, and in particular, to a light guide plate, a forming mould and a backlight module. The light guide plate comprises a transparent substrate and a light shielding member, wherein the transparent substrate comprises a light outgoing surface, a bottom surface opposite to the light outgoing surface, a light incoming side and a non-light incoming side, and the light shielding member is integrally connected with the non-light incoming side of the transparent substrate. The light at the edge of the light guide plate is shielded by the non-transparent light shielding member, so that the reflection between the light and a plastic frame may be prevented effectively, and the problem may be avoided that light leakage and bright line appear at the edge of the light guide plate.

Light guide plate and forming mould thereof, and backlight module

Growing community of inventors

Beijing, China

Hongwei Sun