Huawei Technologies Co., Limited

Tencent Technology (shenzhen) Company Limited

Zte Corporation

Shenzhen Lute Jiacheng Supply Chain Management Co., Ltd.

Electronics and Telecommunications Research Institute

Korea Advanced Institute of Science and Technology

Harbin Institute of Technology

Shenzhen Grandsun Electronic Co., Ltd.

Byd Company Limited

Huawei Device Co., Ltd.

Shenzhen Goodix Technology Co., Ltd.

Honor Device Co., Ltd.

Xi'an Zhongxing New Software Co., Ltd.

Tencent Technology Company Limited

Yang Yang

Yalin Liu

Feng Han

Wei Su

Tingting Geng

Jian Wen

Jian Ye

Kai Liu

Marc Holness

Dong Chen

Yinghao Jin

Haiquan Wu

Jun Zhu

Ruiwen Shi

Ke Wang

Hao Long

Yongjian Wu

Jiugao Peng

Qiang Guo

Lu Zhang

Long Li

Jie Zou

Wei Tan

Jia He

Maarten Vissers

Hong Li

June-Koo Rhee

Xiaohu Tang

Jun Fang

Hantao Cui

Wenqi Sun

Liang Yang

Jeong-dong Ryoo

Liqiang Xie

Enqin Zhang

Liang Yu

Yu Gao

Gang Yao

Xiaodong Wang

Wu Haiquan

Shi Ruiwen

Yongjian Hu

Bheom-Soon Joo

Maarten P J Vissers

Zahir Uddin Ahmad

Jin-Sung Im

Hubertus Adrianus Maria Van Helvoort

Jie Qiong Lin

Haiyan Zhang

Peng Jiugao

Minya Ye

Guanliang Liao

Zhanming Lu

Yongjun Zhang

Wenjun Xie

Shanguo Huang

Bo Ren

Liqian Dong

Yingpai Song

Fangting Zheng

Defeng Xing

Wei Di

Zhi Yao

Mengjue Liao

Guanghui Sun

LingLi Chang

Zhang Enqin

Tianpeng Wang

Lu Zhanming

Shao Wei

Antai Guo

Yangyang Lv

Shuai Feng

Wenye Ma

Hengguang Cai

Zedong Zheng

Jianwei Qu

Zhengbin Liang

Dunfu Yu

Weidong Liu

Najiaowa Yu

Wei Li

Zhen Li

Wanyi Gu

Huub Van Helvoort

Yinsong Liu

Hongbo Gao

Jingde Fei

Jiameng Jiang

Baby bottle

Breast milk cooler

Nipple shield

Baby bottle cover

The present disclosure relates to the technical field of cutting machining, and discloses a cross-scale structure feature surface machining method based on a multi-component collaborative vibration. A vibration in a z-axis direction is applied to a servo movement mechanism to realize the cutting of a micron-scale structure and the adjustment of the cutting depth; and the vibration in the z-axis direction is applied to a three-axis movement platform to realize the cutting of a millimeter-scale structure and the adjustment of the cutting depth. A required cross-scale structure feature surface can be machined and formed at one time through a collaborative vibration among a vibrating tool, a servo movement mechanism, and/or a three-axis movement platform according to the structure type contained in the required cross-scale structure, which can simplify a process flow and improve the machining efficiency, and has high economic efficiency.

Cross-scale structure feature surface machining method based on multi-component collaborative vibration

An aluminum alloy based on a total weight of the aluminum alloy, in percentages by weight, includes 9.12% of Si, 8-11% of Zn, 0.5-1.5% of Mg, 0.2-0.8% of Cu, 0-0.6% of Fe, 0.08-0.25% of Mn, 0-0.10% of Sr, 0-0.05% of Sc, 0-0.5% of Er, and 73.2-82.22% of Al.

Aluminum alloy, preparation method, and aluminum alloy structural member

A photographing method and an electronic device. The photographing method includes: receiving, by the electronic device, a first operation for triggering the electronic device to enter a large aperture mode; obtaining, by the electronic device, a distance value between the electronic device and a photographed target object in response to the first operation; enabling, by the electronic device in a case that a distance value does not exceed a first distance threshold, a first camera and a second camera to acquire the image of the target object; enabling, by the electronic device in a case that the distance value exceeds the first distance threshold, the first camera and a third camera to acquire the image of the target object; and displaying, by the electronic device, a preview image including the target object.

Photographing method and electronic device

A customizable filtering method for a counter, apparatus, and a computer storage medium are disclosed. The method may include: configuring a first filter condition according to a filter parameter table, at least one category of first filter parameters being configured in the first filter condition (S); converting the first filter parameters into second filter parameters by means of category uniformization (S); analyzing a second filter condition according to the filter parameter table, converting the second filter condition into a first data structure that facilitates local filter processing and saving the first data structure (S); collecting performance data, the performance data comprising filter indication information (S); processing the filter indication information according to the filter parameter table, and storing the filter indication information in a second data structure (S); and performing filter processing on the filter indication information stored in the second data structure, and recording the filter result (S).

Self-definable counter-based filtering method and device, and computer readable storage medium

Embodiments of this application provide an image processing method performed at a computing device. The image processing method includes: obtaining a to-be-processed image with ghost reflection; calculating an image gradient of the to-be-processed image; determining, according to the image gradient, a gradient of a target image obtained after the ghost reflection is removed from the to-be-processed image; and generating the target image based on the gradient of the target image. According to the technical solution of the embodiments of this application, the ghost reflection in the image can be effectively removed, ensuring high quality of a processed image.

Image processing method and apparatus, computer-readable medium, and electronic device

A packet processing method, where a server allocates an identifier of a network slice to a terminal device based on a service type of the terminal device and sends the identifier of the network slice to a control device. The control device determines parameter information of the network slice based on the identifier and determines a forwarding path based on the parameter information. Then, the control device adds a forwarding resource included in the forwarding path to a forwarding resource of the network slice. When the terminal device sends the service packet, the service packet is forwarded using the forwarding resource of the network slice. Hence, the control device dynamically determines the forwarding resource for the network slice based on a service requirement such that a forwarding resource in a network can be fully used, saving forwarding resource and improving network flexibility.

Packet processing method, and device

Audio input/output device

A method and an apparatus for determining a control parameter of a cancellation branch, and a touch control detection apparatus are provided. The method includes: inputting a first constant signal to the cancellation branch, and inputting a first excitation signal to a self-capacitance detection branch, and performs differential processing for an output signal to obtain a first output signal; determining, based on the first output signal, a sum of phase delays; inputting a second constant signal to the self-capacitance detection branch, and inputting a second excitation signal to the cancellation branch, and performs differential processing for the output signal to obtain a second output signal; determining, based on the second output signal, a phase delay; and determining the control parameter of the cancellation branch based on the sum of phase delays and the phase delay.

Method and apparatus for determining control parameters of cancellation branch, and touch control detection apparatus

A terminal access scheduling method is provided. The method is applied to a scheduling server and includes performing grouping on terminals that need access to obtain multiple terminal groups; and performing cluster division on machines providing resources for access to obtain multiple machine clusters. The method also includes obtaining resource demands of the terminal groups, available resources of the machine clusters, and access quality between the terminal groups and the machine clusters; obtaining coverage ratios of the machine clusters to the terminal groups according to the resource demands of the terminal groups, the available resources of the machine clusters, and the access quality; and performing access scheduling for the terminals according to the coverage ratios.

Access scheduling method and apparatus for terminal, and computer storage medium

A second network node receives a first download request from a first network node. After determining that the first data object requested by the first node is not locally stored at the second network node, the second node sends a second download request for the first data object to a third network node and records a mapping relationship for the three network nodes. After receiving N1 data packets from the third network node and determining that a total amount of data in the N1 data packets corresponding to the first data object exceeds a predefined data amount threshold, the second node starts transmitting the data in the N1 data packets corresponding to the first data object to the first network node according to the recorded mapping relationship.

Method and apparatus for accelerating data transmission in a network communication system

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Shenzhen, China

Yang Yang