Huawei Technologies Co., Limited

Boe Technology Group Co., Ltd.

Future Wei Technologies, Inc.

Hefei Xinsheng Optoelectronics Technology Co., Ltd.

Orange

France Telecom

Beijing Volcano Engine Technology Co., Ltd.

Carmel—haifa University Economic Corp Ltd.

Shandong Agricultural University

Sichuan Agricultural University

Natural Resources Institute Finland (luke)

Lin Huang

Yu Yang

Frank J Effenberger

Xiang Liu

Lei Zhou

Huaiyu Zeng

Lijie Hu

Kan Zheng

Shuchang Yao

Xianbo Dai

Shengming Ma

Jian Wang

Yu Zhu

Fan Yang

Wei Zhou

Hua Cai

Min Wei

Fei Xie

Guoqiang Zhang

Chuanting Wang

Yixing Sun

Songlin Shuai

Tzion Fahima

Dongwang Sun

Daolin Fu

Giseub Lim

Fei Ni

Chen Yuan

Liang Yao

Jiajie Wu

Yingdong Ma

Chengnan Hsieh

Guangyan Sun

Tieyi Zhang

Abraham B Korol

Dina Raats

Valentyna Klymiuk

Zeev Frenkel

Alan Howard Schulman

Elitsur Yaniv

Andrii Fatiukha

Chaozhong Zhang

Dengcai Liu

Erlun Chen

Huifei Zhang

Lianquan Zhang

Ge Gao

Liming Xu

Zhanzhan Zhang

Shuang Bao

The disclosure relates to a method and system for processing information in a content delivery network (CDN). The method includes: obtaining total bandwidth values at respective sampling time points within a management cycle, and arranging the total bandwidth values in chronological order; determining an interval between a first sampling time point and a second sampling time point as a management interval; determining usage ratios of respective bandwidth users according to a first bandwidth value used within the management interval by the bandwidth users sharing the CDN bandwidth, and a second bandwidth value in total used within the management interval by all of the bandwidth users sharing the CDN bandwidth; and managing, based on the usage ratios, bandwidth usage by the respective bandwidth users.

Method and system for processing information in CDN, device, and storage medium

A Yr4DS gene ofand its use thereof in stripe rust resistance breeding of Triticeae plants. Said gene has a sequence as shown in SEQ ID NO. 1, SEQ ID NO. 3, SEQ ID NO. 5, SEQ ID NO. 7, SEQ ID NO. 9, or SEQ ID NO. 10.

Use of YR4DS gene ofin stripe rust resistance breeding of triticeae plants

Isolated DNA of the Wtk1 gene or a functional equivalent capable of conferring resistance to stripe rust, is provided, as well as artificial vectors comprising same, proteins encoded by same and nucleic acid molecules for detecting same. Transgenic plants, as well as cells, seeds, and tissue therefrom which express the Wtk1 gene or a functional equivalent thereof are also provided.

Stripe rust resistance gene Wtk1 (Yr 15) and use thereof

The present application discloses a needle for repairing an alignment layer on a liquid crystal display substrate. The needle includes a needle tip; and a flexible material coating surrounding the needle tip.

Needle for repairing alignment layer, alignment layer repairing apparatus, and method for repairing alignment layer

The present disclosure relates to example table connection methods, devices, and systems. In one example method, data that is sent by a coordinator node and that is in a first target column in a first data table is stored by a data node in a local memory. The data node receives a table connection request. When first data in the first target column is the same as second data in a second target column, the data node connects data in a row in which the first data is located to data in a row in which the second data is located. The data node sends a connection result to the coordinator node.

Table connection method in distributed database system and distributed database system

Embodiments of the present invention relate to the database field, and in particular, to a data transmission method and apparatus, so as to reduce overheads for data transmission between nodes in a distributed database and lighten network load. In the embodiments of the present invention, a DN determines a column that has a distribution rule of parameters in the column; the DN determines, according to a data type of the parameters of the column and the distribution rule of the parameters in the column, a compression algorithm corresponding to the column; the DN compresses the column using the compression algorithm; and the DN sends a compressed column to a target node. In this way, the overheads for the data transmission between the nodes are reduced, and the network load is lightened.

Data transmission method and apparatus

A liquid knife cleaning apparatus and a liquid knife are provided. The liquid knife cleaning apparatus includes: a frame configured to be arranged on the liquid knife and be capable of reciprocating in an extending direction of the knife edge; a cleaning blade configured to extend into the knife edge of the liquid knife and be capable of reciprocating inside the knife edge under the driving of the frame to clean the knife edge, the cleaning blade being arranged on the frame; and a movable mechanism configured to control the frame to reciprocate on the liquid knife in the extending direction of the knife edge, the frame being connected to the movable mechanism.

Liquid knife, liquid knife cleaning apparatus and liquid knife assembly apparatus

A transceiver comprises: a sampling phase optimization stage comprising: a first interpolator; a first equalizer coupled to the first interpolator; a first optimizer coupled to the first equalizer; and an output; and an equalization stage coupled to the output and comprising: a buffer; a second interpolator coupled to the buffer; and a second equalizer coupled to the second interpolator. A method comprising: receiving an optical burst signal; determining an optimum sampling phase based on a portion of a digital signal representing the optical burst signal; and equalizing all of the digital signal using the optimum sampling phase.

Channel recovery in burst-mode, time-division multiplexing (TDM) passive optical networks (PONs)

A method is provided to associate at least one user equipment to a plurality of component carriers. A carrier-to-interference ratio is calculated for each of component carriers available for the user equipment. Differences between the calculated carrier-to-interference ratios are calculated, with each difference being associated to a different one of the component carriers intervening in the difference, the component carriers being ordered in the decreasing order of their carrier frequency. The user equipment is associated with the component carrier having the lowest difference.

Method and device to associate at least one telecommunication user equipment to component carriers

A method and apparatus are provided for allocating carriers from a list of carriers in a telecommunication network. Each of the carriers allow transmission of a transmission control frame, each of said transmission control frame has a data block corresponding to a data stream and an indication of the previous carrier allocated to the data stream. The method includes, for a transmission control frame and a carrier selected for allocation to the transmission control frame in the list of carriers, the steps of determining the number of binary bits needed to identify the number of carriers in the list of carriers, coding the indication based on the determined number of binary bits, and removing the allocated carrier from the list of carriers.

Data transmission method and system

An outdoor unit includes: a transmitting module configured to transmit a signal; a splitter module configured to split the signal into two branches, where one branch is input into a amplifier, and the other branch is input into a duplexer; and the amplifier is configured to amplify the signal from the splitter module; the duplexer is configured to filter the signal from the splitter module and then output the signal to an antenna, and filter an external signal received by the antenna and then output the external signal to a combining module; the combining module is configured to combine the signal output by the amplifier with the signal output by the duplexer, and then output a combined signal to a receiving module; and the receiving module is configured to receive the combined signal output by the combining module.

Radio frequency signal loopback method and outdoor unit

Growing community of inventors

Beijing, China

Lin Huang