Boe Technology Group Co., Ltd.

Shanghai Zhaoxin Semiconductor Co., Ltd.

Beijing Boe Display Technology Co., Ltd.

Via Alliance Semiconductor Co., Ltd.

Huawei Cloud Computing Technologies Co., Ltd.

Texas Instruments Corporation

Analog Devices,inc.

Beijing Baidu Netcom Science and Technology Co., Ltd.

Other

Samsung Electronics Co., Ltd.

Hewlett Packard Enterprise Development LP

Chinese Academy of Sciences

Hefei Xinsheng Optoelectronics Technology Co., Ltd.

Canon Medical Systems Corporation

Beijing University of Technology

Lin Li

Ke Lin

Lixin Guo

Jisheng Zhao

Shi Shu

Zheng Wang

Xiaoyang Li

Zongpu Qi

Gang Zhao

Zhiqiang Hui

Lilong Jiang

Yongjun Cui

Jianjun Zhou

Zhaohui Hao

Guangtai Liang

Linlin Yin

Ruyi Zhang

Fengquan Liu

Yu Zhang

Jiuxia Yang

Wen Jie Wang

Zhuo Zhang

Kuan-Jui Ho

Mengchen Yang

Fangfang Wu

Wenwen Sun

Jin Yu

Lei Meng

Jinbo Lu

Zhao Wei

Shanbin Cheng

Wei Che

Yunxing Dong

Qianxiang Wang

Shican Luo

Li Wang

Xi Chen

Xiaodong Yang

Hong Li

Jianshe Xue

Lan Zhang

Chen Tang

Xiaoxiong Tian

Hao Wu

Xiao Liang Hu

Ming Zhao

Zhongxiao Li

Tao Hong

Pengxia Liang

Yi Zhao

Cong Liu

Chen Liu

Weili Zhao

Lu Wang

Jinye Zhu

Shuai Liu

Jing Yu

Na An

Yuchun Feng

Guoliang Li

Xiaoyu Li

Xiaoyan Wang

Hongliang Wang

Xiaolu Wang

Weibing Jing

John Paul Campbell

Yue Sun

Xiaohui Yang

Xuan He

Xu Xu

Shan Chang

Wenhao Wang

Stephen Arlon Meisner

Xiaoming Li

Yu Guo

Alfred J Griffin, Jr

Xianhui Dong

Yuming Li

Lu Cheng

Shoufeng Wang

Zhichun Shen

Qixin Huang

Yuling Liu

Haitao Long

Yangyang Xin

Lee Alan Stringer

Min Mao

Feiji Zhou

Wujun Dong

Miaomiao Wang

Xuejun Xia

Haitao Bai

Yinzhi Dong

Weidong Liu

Pijian Jia

Jun Zhong

Jiajia Wang

Xiao Cheng

Yijin Wang

Lingfei Ji

A radiation exposure dose management apparatus according to an embodiment is a radiation exposure dose management apparatus that manages a radiation dose received by a subject and includes processing circuitry configured: to obtain image data of the subject; to segment the image data in accordance with organs of the subject; to generate a voxel radiation dose distribution map indicating a radiation exposure dose of each of the voxels on the basis of a specific radiation exposure dose model and the image data; and to calculate a radiation exposure dose of each of the organs on the basis of the segmented image data and the radiation exposure dose of each of the voxels within the generated voxel radiation dose distribution map.

Radiation exposure dose management apparatus, radiation exposure dose management method, and storage medium

The present application discloses a cam type airplane cabin door load simulation device and simulation method. The device comprises n cam groups, an input shaft, 3n couplers, and a friction disc load device; the n cam groups and the friction disc load device are connected in series by means of the input shaft; 3n couplers are provided on the input shaft; each cam group comprises a gravity cam simulation device, an inertia cam simulation device, and a wind load cam simulation device; and in each cam group, the gravity cam simulation device, the inertia cam simulation device, and the wind load cam simulation device are sequentially connected in series by means of the input shaft, and the tail ends of the n cam groups are connected in series with the friction disc load device by means of a coupler.

Cam type airplane cabin door load simulation device and simulation method

A method, an apparatus, device, and a computer-readable storage medium for processing information are provided. The method is used in a first network device, and includes receiving information related to a second network device, determining a first resource configuration corresponding to a coverage classification related to the second network device based on the information, and transmitting the first resource configuration to the second network device. The method may obtain the first resource configuration through making prediction and calculation analysis based on the information, which may achieve dynamic configurations of different coverage classifications, save energy consumption, and improve system capacity and performance at the same time.

Information processing method, apparatus, device and computer readable storage medium

A serial transmission controller for processing data transmissions between a memory and an external device is provided. The serial transmission controller includes a microcontroller, a scheduling unit, a transmission unit, and an interception control unit. The microcontroller obtains pipe data from the memory. The microcontroller reads a transfer request block from the memory according to the pipe data. The scheduling unit generates a transmission request according to the pipe data and the transfer request block. The transmission unit transmits a packet of the transfer request block according to the transmission request, and correspondingly generates a transmission response. When the interception control unit receives the transmission response, and the data length that has not been transmitted in the transfer request block is greater than 0, the interception control unit notifies the transmission unit to continue to transmit a next packet of the transfer request block.

Serial transmission controller and data transmission method thereof

In a code analysis method, a code analysis system obtains information about a service scenario that represents an objective of code analysis. The code analysis system generates a code analysis algorithm for the service scenario based on the information about the service scenario. When code analysis needs to be performed, the code analysis system obtains information about source code and object code that are specified by a user, and analyzes similarity between the source code and the object code according to the code analysis algorithm to obtain an analysis result. The similarity between the source code and the object code is analyzed according to the code analysis algorithm generated based on the information about the service scenario, to obtain the analysis result that meets a requirement of the service scenario.

Code analysis method and system, and computing device

Related to is the technical field of light initiated chemiluminescence technology, and in particular, to a method for determining HD-Hook-effect sample, a system, a reagent kit, and a device for determining HD-Hook effect in immunoassay, an immunoassay method, a system, a reagent kit, and a device for determining immunoassay.

Method, system, reagent kit, and device for determining HD-hook-effect sample and immunoassay

The present invention provides a liquid crystal lens panel and a display device. The liquid crystal lens panel comprises a first substrate () and a second substrate () that are opposite to each other, and a liquid crystal layer () provided between the first substrate () and the second substrate (); the first substrate () comprises a first structural layer () provided on a first base () and a first orientation layer () provided on the first structural layer (); the second substrate () comprises a second structural layer () provided on a second base () and a second orientation layer () provided on the second structural layer (); on a plane parallel to the liquid crystal lens panel, at least one of the first orientation layer () and the second orientation layer () comprises multiple orientation areas, orientation pretilt angles of at least two orientation areas are different.

Liquid crystal lens panel and display device

A device and a method for determining a microvibration effect on a millisecond-level space optical sensor are provided. The device includes: a light source, a star simulator, an air flotation vibration isolation platform, a suspension system/air flotation system, a zero stiffness system, a supporting system, a six-degree-of-freedom microvibration simulator, a signal driving apparatus, and a data acquisition and processing system. In the device for determining a microvibration effect on a space pointing measurement apparatus, a free boundary condition and a zero gravity environment are simulated by using a suspension system and a zero stiffness system. A light source and a star simulator simulate a star at infinity. A six-degree-of-freedom microvibration simulator simulates an on-orbit microvibration mechanical environment which is used as an input of a test. Extremely high-precision sensors collect system response data.

Apparatus and method for measuring micro-vibration influence of spatial orientation measuring instrument

A method for merging a plurality of software code change versions, where a merging apparatus may first analyze code change areas in a software code preliminarily merged version and two different software code change versions. After change intents of the two code change areas are determined, the merging apparatus eliminates, based on a conflict elimination rule set and the change intents of the two code change areas, a conflict block in the software code preliminarily merged version.

Method and apparatus for merging a plurality of software code change versions

A local apparatus is configured to perform resolution on a conflict field generated by code files of a plurality of versions, and send a conflict resolution result to the service apparatus. The conflict field includes at least one conflict block, and the conflict resolution result includes at least one of a resolution result of a local resolvable conflict block and an identifier of a local irresolvable conflict block. The remote apparatus is configured to obtain the conflict resolution result from the service apparatus, generate a collaborative processing window based on the conflict resolution result, and receive a result of processing the conflict resolution result by a remote user based on the collaborative processing window.

Code conflict resolution system and method, apparatus, device, and medium

A gelable system is formed by mixing lithium salts and small-molecule ether compounds such as cyclic ether compounds or straight-chain ether compounds, optionally added with inorganic nanoparticles, additives, other solvents and/or electrolytes; a gel system or solid system is formed by interaction between them (such as the formation of new complexes or self-assembly, etc.), and by ring-opening polymerization or polycondensation of the small-molecule cyclic ether compounds, or by addition-fragmentation chain transfer polymerization of the small-molecule straight-chain ether compounds, etc. The gel system or solid system not only has better safety in use than common gel systems or solid systems, but also better adjustability of strength. The strength of the formed gel can be improved from the source by changing composition and type of raw materials. The improvement in the strength enables the gel system to be expanded into the solid system, thereby further extending the application range of the gel system.

Gelable system containing ether compounds, preparation method therefor and use thereof

A performance analysis system includes a picker module and a calculation circuit. The picker module is placed in the processing device to capture a plurality of pieces of time information of a unit circuit of each of a plurality of tasks in the processing device during total execution time of processing the plurality of tasks. The calculation circuit performs an interval analysis operation on the time information. The interval analysis operation includes: calculating an overlap period between a current task and a previous task; and counting time occupied by the unit circuit during the total execution time of processing the tasks by the processing device according to a relation between the current time interval of the current task corresponding to the unit circuit and the overlap period.

Performance analysis system for analyzing processing performance of processing device and method thereof

A composite porous membrane contains at least one porous base layer and at least one uniaxially stretched coating layer located on at least one side surface of the porous base layer. For example, the composite porous membrane comprises at least one porous base layer and at least one nanofiber-like non-polyolefin polymer porous layer oriented along the transverse stretching direction of the composite porous membrane and located on one or two side surfaces of the porous base layer, or the composite porous membrane comprises a biaxially stretched polypropylene porous base layer and a uniaxially stretched coating layer located on at least one side surface of the porous base layer. The composite porous membrane is coated with a coating solution prior to transversely stretching. The nanofiber-like non-polyolefin polymer porous layer may reduce cracking of the composite porous membrane in the machine direction.

Composite porous membrane and preparation method therefor and use thereof

A flexible all-solid-state lithium-ion secondary battery is prepared by placing a positive electrode and a negative electrode or optionally a separator of the lithium-ion secondary battery in a gelable system in which a solid electrolyte has not yet formed by a way of infiltration or coating, so that the surfaces and the interiors of the positive and negative electrodes are infiltrated by the gelable system, which also fills the voids inside the positive and negative electrodes. When the gelable system is solidified to form the solid electrolyte, it can form the solid electrolyte in situ on the surfaces and interiors of the positive and negative electrodes. The lithium-ion secondary battery prepared by the method can form a conductive network inside the entire battery, which can not only extremely reduce the internal resistance of the lithium-ion secondary battery, thereby improving the conductivity and rate capability, but also solve the potential safety hazard problem caused by liquid electrolytes.

Flexible all-solid-state lithium-ion secondary battery having gelable system containing lithium salt and ether compound, and preparation method thereof

A gellable system is suitable for use in lithium-air batteries, organic supercapacitors or capacitor batteries. The organic supercapacitors or capacitor batteries comprise a gel electrolytes and/or a solid electrolytes, which are prepared from a gellable system comprising the following components: (a) lithium salts and (b) ether compounds; the gellable system for lithium-air batteries also comprises (c) electrolytes or their solvents used in lithium-air batteries; in the system, the mass fraction of the gellable polymers and/or the gellable prepolymers is less than or equal to 1 wt %; by adjusting the composition and type of each component in the system, the gel and/or solid electrolytes, having adjustable strength, formation time, transition temperature, and also reversibility, can be prepared; the preparation method has simple procedure, mild reaction conditions, short reaction period, high yield, low manufacture cost, which makes it easy to realize industrialized production.

Gelable system and uses thereof in lithium-air batteries, organic supercapacitors or capacitor batteries

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Beijing, China

Lin Li