Shanghai Denglin Technologies Co., Ltd

3m Innovative Properties Company

Avago Technologies General IP (singapore) Pte. Ltd.

Semiconductor Manufacturing International (shanghai) Corporation

Entit Software LLC

China Unionpay Co., Ltd.

Dupont Electronics, Inc.

Verisilicon Holdings Company Ltd.

Verisilicon Microelectronics (shanghai) Co., Ltd.

Faurecia (shanghai) Management Company, Ltd.

Casco Signal Ltd.

Faurecia (china) Holding Co., Ltd.

Ping Wang

Jianwen Li

Tao Yang

Haifeng Wang

Zhenhong Li

Shuo He

Cheng Yang

Pierre Bonvallat

Huiming Zhang

Lijun Zu

Zhiyong Xu

Yongjun Chen

Jiayi Zhuang

Chong Wang

Han Zhang

Jin Wu

Bangping Gu

Xiong Hu

Junsheng Zhou

Mike Cai

Yue Jin

Yohann Boniface

Jiajia Cheng

Fei Yin

Nai-Long Wen

Siqi Wang

Da Liang Ju

Juan Xiao

Haoran Wu

Zheyue Yang

Zhongshan Wang

Zhipeng Huo

Seung Hyuk Lee

Jérôme Mezière

Fuqiang Liu

Can Li

Xiaoquan Li

Fan Peng

Chenhui Wang

Nannan Li

Yina Luo

Qingwen Jia

Shijing Wang

Ge'er Han

The present invention discloses a method of constructing a high-frequency vibratory stress relief device for eliminating residual stress of a small work-piece. The method comprises the following steps: fabricating a high-frequency vibration energy amplification device; fabricating a clamping device; mounting the high-frequency vibration energy amplification device; obtaining surface residual stress distribution on the small work-piece by means of X-ray diffraction; establishing a finite element model of the small work-piece; determining a target frequency f, determining the structural dimensions of the high-frequency vibration energy amplification device; analyzing the displacement mode to obtain loci of the vibration node lines and number of the vibration node lines; clamping the small work-piece; attaching strain gauges; connecting all devices. The present invention has the advantage of being able to increase the vibration energy acting on the small work-piece to achieve a better effect of high-frequency vibratory stress relief.

Method of constructing high-frequency vibratory stress relief device for eliminating residual stress of small work-piece

Embodiments described herein provide an on-chip heterogeneous Artificial Intelligence (AI) processor comprising at least two different architectural types of computation units, wherein each of the computation units is associated with a respective task queue configured to store computation subtasks to be executed by the computation unit. The AI processor also comprises a controller configured to partition a received computation graph associated with a neural network into a plurality of computation subtasks according to a preset scheduling strategy and distribute the computation subtasks to the task queues of the computation units. The AI processor further comprises a storage unit configured to store data required by the computation units to execute their respective computation subtasks and an access interface configured to access an off-chip memory. Different application tasks are processed by managing and scheduling the different architectural types of computation units in an on-chip heterogeneous manner.

On-chip heterogeneous AI processor with distributed tasks queues allowing for parallel task execution

Embodiments described herein provide a configurable heterogeneous Artificial Intelligence (AI) processor comprising at least two different architectural types of computation units, a storage unit and a controller. Each of the computation units has a respective task queue. The controller is configured to partition a computation graph of a neural network into a plurality of computation subtasks and distribute the computation subtasks to the task queues of the computation units. The controller is also configured to set a dependency among the computation subtasks, synchronize the computation subtasks according to the set dependency, and control access to data involved in the computation subtasks. Different application tasks are processed by uniformly managing and scheduling the various architectural types of computation units in an on-chip heterogeneous manner, so that the AI processor can flexibly adapt to different application scenarios.

Configurable heterogeneous AI processor with distributed task queues allowing parallel task execution

The present invention discloses heat sinks comprising a base and a plurality of fins protruding from one surface of the base, wherein the base and the fins are independently composed of one or more anisotropic thermal conductive films. Said anisotropic thermal conductive film is electric insulative with low Dk and Df values. Also disclosed are methods for manufacturing the heat sinks and methods for dissipating heat of electronic devices having at least one heat generating component.

Heat sink for electronic devices

An inter-vehicle wireless payment method employing 5G communication network comprises a requesting vehicle sending a payment request to a base station; the base station retrieving vehicle information of a friend vehicle of the requesting vehicle based on the payment request; the base station encrypting request information with the vehicle information and broadcasting it; vehicles in coverage of the base station decoding broadcast information with respective vehicle information, and upon successful decoding, the friend vehicle as a responding vehicle acquiring the request information; the responding vehicle generating payment information based on the request information and sending it to the base station, the base station sending the payment information to a payment platform, and the payment platform returning a payment result to the responding vehicle; and the base station allocating a D2D communication channel to the requesting and responding vehicles, and the responding and requesting vehicles communicating via the D2D communication channel.

Inter-vehicle wireless payment method employing 5G communication network, and system for same

The present disclosure provides an edge anti-aliasing graphic processing method, system, storage medium and apparatus. The method includes: obtaining four sampling points by double sampling a pixel horizontally and vertically and performing rasterization to the pixel, determining whether the four sampling points are covered by a triangle; performing a depth value test on the pixel, and determining whether the four sampling points of the pixel are all covered by the triangle; performing final color processing on the pixel, determining whether the four sampling points are covered by the triangle, if the four sampling points are all covered by the triangle, copying a color of the pixel center point to the four sampling points, if not all the four sampling points are covered by the triangle, mixing colors of the four sampling points of the pixel.

Anti-aliasing graphic processing method, system, storage medium and apparatus

The present invention provides a joint compilation method and system for a heterogeneous hardware architecture. The method comprises steps of: determining, according to calculation characteristics of heterogeneous units in the hardware architecture, a strategy for dividing an overall calculation task graph into a plurality of subtasks, and allocating the plurality of divided subtasks to corresponding heterogeneous unit compilers for compilation to generate corresponding target machine instruction codes; and, linking the generated target machine instruction codes to form a set of machine instruction codes oriented to the heterogeneous hardware architecture. With the joint compilation method and system of the present invention, an executable program body, which can run on a heterogeneous hardware architecture system and be mixed with hardware machine instruction codes of various heterogeneous units at different levels, can be automatically compiled, optimized and generated by activating one compilation.

Joint compilation method and system for heterogeneous hardware architecture

Example methods, apparatus, and articles of manufacture to generate a wizard application are disclosed. A disclosed example method includes storing a graphical user interface input by a user for the wizard application in a file, storing a definition of an action input by the user to be performed by the wizard application in the file, and transferring the file and an engine to a user's computer, the file to be used by the engine to execute the wizard application, and the engine to, in response to an input from a user of the engine, convert the graphical user interface to at least one of a command line interface, a webpage interface, or an interface that reads user input from a file.

Methods and apparatus to generate a wizard application

A mobile gateway device collects identities of a first set of radio nodes which are within one hop of the mobile gateway; and checks at least the collected identities against a first table and a second table. The first table lists node identities and corresponding data validity timers. The second table lists node identities and no corresponding data validity timers. From the checking the device selects a group of radio nodes to activate for collecting and reporting data. The device determines parent child relations among the radio nodes, which are sensor nodes of a wireless sensing network in an embodiment, and uses the list to activate only those nodes for which it does not have valid data to sense new data and transmit their sensing results.

Mobile data collection in a wireless sensing network

A trim assembly for covering an airbag, comprising: a carrier provided with a through-opening for the airbag; a surface decor; an inlay applied between the carrier and the surface decor and covering the through-opening, the inlay extending, on one side, beyond an edge of the through-opening to overlap a region of the carrier to form an hinge for an airbag flap formed by the surface decor and the inlay; and a fastening strap for fastening the inlay to the carrier at the overlapping region, wherein it comprises at least one retaining element arranged at the overlapping region, the retaining element cooperating with the inlay for retaining the airbag flap on the carrier upon an opening of the airbag flap.

Trim assembly for covering airbag

The present invention relates to a fiber distribution hub. The fiber distribution hub comprises a base case comprising at least one port portion for introducing an optical cable, wherein the optical cable includes a first fiber; a splitter case releasably attached to the base case; a splice tray rotatably hinged to the splitter case; and a cover engagable with the base case to enclose the splitter case and the splice tray. The first fiber is connected to a second fiber in the splice tray, and the second fiber is connected with a splitter in the splitter case to separate the second fiber into a plurality of separate third fibers. Thus, the invention provides a compact and modular fiber distribution hub. In addition, the fiber distribution hub can join optical fibers by mechanical splices, fusion splices and fiber optic connectors in a single unit.

High density fiber distribution hub

A method for making contact landing pad structures in a semiconductor integrated circuit device includes forming an isolation region and forming active regions in the semiconductor substrate. The active regions are separated by the isolation region, and each of the active regions includes one or more contact regions. The method includes forming a raised structure overlying the isolation region and disposed between a first and second contact regions. The method includes depositing a cap layer and forming an interlayer dielectric layer overlying the cap layer. The method includes depositing a photoresist layer overlying the interlayer dielectric layer and uses a mask pattern to selectively remove a portion of the photoresist layer to form a line type opening, which exposes a portion of the interlayer dielectric layer overlying at least the first and second contact regions. The method deposits a conductive fill material and performs a planarization process to form multiple conductive landing contact pads.

Method and system for continuous line-type landing polysilicon contact (LPC) structures

Growing community of inventors

Shanghai, China

Ping Wang