Ebay, Incorporated

Alcatel Lucent

Omnivision Technologies, Inc.

Sichuan University

East China University of Science and Technology

Zhejiang Chint Electrics Co., Ltd.

Seari Electric Technology Co., Ltd.

Dell Products Inc.

Semiconductor Manufacturing International (shanghai) Corporation

Wuhan Tianma Micro-electronics Co., Ltd

Spreadtrum Communications (shanghai) Co., Ltd.

Wuhan Tianma Microelectronics Co., Ltd. Shanghai Branch

Shanghai Huachang Environmental Protection Co., Ltd.

Shanghai East Hospital

Schneider Electric Industries Sas

Yi Liu

Sizhong Liu

Bin Li

Haowen Zhu

Ian Chi-Yee Ma

Zou Qingnan

Xiang Li

Lei Li

Liping Deng

Hualin Wang

Xiaowen Zhang

Zhongbin Wang

Pramod Mahadev Mamidipudi

Xia Jiang

Zhiqiang Song

Xiang Gu

Qingyu Ji

Peijun Xu

Chinmaya Dubey

Yuxiao Sun

Hai Peng

Pengting Zhang

Qunfeng Shang

Zhangyi Chen

Jun Wang

Lei Zhang

Jinghua Niu

Wei Gao

Wenpeng Dai

Takuya Matsumoto

Bin Lu

Xianliang Chen

Flavio Junqueira

Xichun Gao

Peng Zhao

Jinjin Ni

Wenjing Xiao

Yi Jin

Qiang Yang

Huijuan Cheng

Wei Yuan

Zhishan Bai

Thomas Kaitchuck

Ping Jiang

Raúl Gracia-Tinedo

Shi Liu

Fengting Xue

Fang Guo

Qisong Shen

Jinhua Yang

Baichuan Liu

Bichuan Yu

Dun Wang

Huiqing Yu

Haiyang Bai

Jiandong Hu

Mustafa Attiqullah

Fengli Gan

Yafang Han

Ying Ma

Zhigang Han

Ke Xiong

Dan Shi

Duanyang Xie

Dandan Liang

Yihan Chen

Subas Man Sakya

Jianqi Chen

Junsong Chen

Shengjian Wang

A system for integrating various different advertisement platforms using different advertisement channels includes generating a logic campaign in an abstract layer. A basic unit is defined in the abstract layer by abstracting aspects of different advertisement campaign structures. The basic unit can be common among different advertisement structures for different advertisement channels. The advertisement structures are replicated by duplicating the structure and changing an advertising element node option associated with at least one advertisement element node of the replicated structure. The logic campaigns are generated from the advertisement element node options of corresponding advertisement element nodes. The logic campaign is associated with a physical campaign of a physical layer, which is employed by the advertisement platform. Thus, modification made to the basic unit in the abstract layer can implement changes to the physical campaigns of any of the different advertisement platforms of the physical layer.

System integration using an abstraction layer

A method for managing a data stream (DS) includes: receiving a first request from an administrator; obtaining the DS from a streaming storage system (SSS); performing a first analysis of the DS to extract relevant data; making a first determination that the relevant data is worth indexing; generating a set of indexes corresponding at least a portion of the DS; receiving a query about a data item in the DS from a user; sending a second request to a database engine comprising the query; performing a second analysis of the query; making a second determination that a re-indexing of the portion of the DS is not required; identifying an index from the set of indexes that is associated with the query; sending position information of the data item to an API service; retrieving the data item from the SSS; and initiating displaying of the data item to the user.

Method and system for content-based indexing of data streams in streaming storage systems

Provided are ion channel antagonists/blockers and uses thereof. Specifically, it provides the compounds of formula (I) or pharmaceutically acceptable salts, stereoisomers, solvates or prodrugs, preparation method therefor and application thereof. Definition of each group in the formula can be found in the specification for details. Provided is also pharmaceutical composition useful for treatment of heart disease and other ion channel related diseases.

Ion channel antagonists/blockers and uses thereof

A treatment system for domestic wastewater, relating to the technical field of wastewater treatment. The treatment system comprises a primary treatment system, a secondary treatment system, and a sludge treatment system; the secondary treatment system comprises a biochemical tank () and a sedimentation tank () that are sequentially connected; the biochemical tank () is connected to the primary treatment system; the secondary treatment system further comprises a second cylcone separator () and a power pump (); one end of the power pump () is connected to a sludge outlet of the sedimentation tank () by means of a pipeline, and the other end of the power pump () is connected to a second feed pipe () of the second cylcone separator (); a second underflow port () is connected to the biochemical tank () by means of the pipeline; a second overflow port () is connected to the sludge treatment system by means of the pipeline. After active sludge is treated by the second cylcone separator (), the activity of the active sludge is increased by at least 15%, thereby improving the utilization rate of a resource, reducing the cost of an overall treatment system, also improving degradation efficiency in the biochemical tank, and facilitating popularization.

Domestic sewage treatment system

Software is increasingly being developed as a collection of loosely coupled applications. Loosely coupled applications exchange data by publishing data to and retrieving data from a data store, such as a database, a file located on a storage cluster, etc. Data produced by one application and consumed by another is referred to as a data dependency. In some embodiments, an application's data dependencies are identified by analyzing cached query plans associated with the application. Query plans include a hierarchical representation of a query, where non-leaf nodes represent commands and leaf nodes identify data dependencies. An application's data dependencies are identified by traversing the hierarchical representation of the query. Data dependencies consumed by the application are identified by finding leaf nodes that descend from a read command, while data dependencies produced by the application are identified by finding leaf nodes that descend from a write command.

Method and system for identifying, managing, and monitoring data dependencies

An organic compound has a structure as shown in Formula (I). The compound has a phosphorus-oxygen five-membered ring combined with a five-membered ring as an electron acceptor unit. The compound has a high luminous efficiency and a lower material cost than phosphorescent metal complexes. The compound can be built into a stack structure of organic optoelectronic device, such as OLED. The resultant organic optoelectronic device includes an anode, a cathode, and at least one organic thin film located between the anode and the cathode, the organic thin film contains the compound as shown in Formula (I).

Compound and its application

The present application relates to the technical field of electroplating, and particularly to a bonding copper wire plated with palladium and gold and an electroplating process thereof. The electroplating process includes: electroplating a first palladium layer on a surface of a copper wire with a first palladium plating solution, electroplating a second gold layer with a first gold plating solution to obtain a semi-finished product, electroplating a third palladium layer onto the semi-finished product with a second palladium plating solution, and electroplating a fourth gold layer with a second gold plating solution to obtain a finished product; and the first palladium plating solution comprises tetraamminepalladium acetate, 4-sulfamoylbenzoic acid and 6-azauracil.

Bonding copper wire plated with palladium and gold and electroplating process thereof

An oily sewage pretreatment method without air flotation, comprising the following steps: (a) sedimentation separation: performing sedimentation separation on oily sewage to implement preliminary separation of oil, sludge, and water; (b) boiling bed separation: performing boiling bed separation on the oily sewage obtained by the preliminary separation to further remove dispersed oil, sludge, and sand from the oily sewage; (c) shape coalescence separation: performing shape coalescence separation on the oily sewage obtained by the boiling bed separation in step (b) to implement demulsification, coalescence, and separation of emulsified oil; and (d) biochemical treatment: the effluent obtained in step (c) directly enters an AOH biochemical system, an air flotation unit is omitted. Also disclosed is an oily sewage pretreatment apparatus without air flotation.

Oily sewage pretreatment method and device without air floatation

A sealing device for a foot therapeutic apparatus includes an airtight sleeve and a sealing member. The airtight sleeve includes a treatment box connecting end and a limb inlet end. The sealing member is fixedly mounted at the limb inlet end. The sealing member includes a tightening band and an annular gas bag located on the outer periphery of the tightening band. The annular gas bag is connected to a gas source. A foot therapeutic apparatus with the sealing device includes a treatment chamber and an electrical chamber. The treatment chamber comprises a treatment box, and the sealing device is arranged on the treatment box. A box opening is arranged at a top of the treatment box, and the treatment box connecting end of the airtight sleeve of the sealing device is hermetically connected to the box opening.

Sealing device for foot therapeutic apparatus and foot therapeutic apparatus with sealing device

Methods, systems, and computer storage media are provided for providing an application programming interface ('API') for executing a query are provided. The API call, scheduling, and assignment processing engines may generate and schedule assignments, along with associated dataset portions, based on the query. Based on the assignments and datasets, the assignments may be scheduled for execution by processes of nodes in a distributed system. The API call and query may also include implementation instructions that require storing dataset portions into memory that is associated with a process executing the assignment for an in-memory database implementation. As the assignment is executed using a dataset portion that is stored on memory associated with a process, results may be stored in a file. Once each assignment has been executed and has a result file, the result files are merged to provide results of the query and API call to the user.

Parallel execution of API calls using local memory of distributed computing devices

Methods, systems, and computer storage media are provided for tracking an advertisement based on the advertisement's context. When an ad event is received on a client-computing device, a single URL is determined to display an item and track a context of the ad event. A first parameter related to the ad event is encoded as a HTTP header, and a second parameter related to tracking the ad event is encoded as a query parameter appended to the URL. The URL with the HTTP header is called, causing a domain server named in the URL to extract the first parameter from the HTTP header and the second parameter from the query parameter in order to determine the context of the ad. The domain server asynchronously requests tracking of the ad based on the context. Additionally, content for a landing page is received from the domain server.

Tracking advertisements using a single URL without redirection

Methods, systems, and computer storage media are provided for tracking an advertisement based on the advertisement's context. The tracking, URL, HTTP header, and landing page engines may generate a single URL for both display and tracking of an advertised item, along with HTTP headers, based on an advertisement event. In response to a call of that generated URL and HTTP headers, landing page content that includes embedded middleware may be transmitted. The received URL and HTTP header may be parsed in order to extract parameters. Based on metadata associated with the extracted parameters, the URL and HTTP headers may also be augmented with additional parameters. The augmented URL and HTTP headers may be transmitted to a tracking service. As the user continues to interact with the landing page content, the embedded middleware may transmit additional URLs and HTTP headers to be augmented before transmission to the tracking service.

A pixel cell includes a photodiode to accumulate image charge. A global shutter transistor is coupled to the photodiode to reset the image charge in the photodiode in response to a global shutter control signal. A global shutter control signal generator circuit generates the global shutter control signal to have a first value signal or a second value signal. The first value signal is coupled to turn on the global shutter transistor to reset the photodiode. The second value signal controls the global shutter transistor to be in a low leakage off mode. A supply circuit is coupled to provide the second value signal to the global shutter control signal generator circuit. The supply circuit includes a variable filter circuit coupled to an output of the supply circuit to selectively vary a bandwidth of the second value signal in response to a bandwidth select signal.

Image sensor global shutter supply circuit with variable bandwidth

Growing community of inventors

Shanghai, China

Yi Liu