Huawei Technologies Co., Limited

Other

Hkc Corporation Limited

Yun Lin

Haijiang Yuan

Wenhua Du

Jun Shi

Shaojun Chen

Xinjian Wang

Chunyan Li

Zhihao Wang

Tingting Yang

Zhangliang Xiong

Zhiming Pi

Xiangfeng Qu

Lian Jiang

Xiangheng Liu

Jiong Ding

Embodiments of this application provide an image processing method. The method includes: A plurality of images that meet a first condition are determined, where the first condition includes that a similarity between any two images in the plurality of images is greater than or equal to a first threshold. A first image that meets a second condition is determined from the plurality of images, where the first image includes a first object, and the first object is a to-be-eliminated object in the first image. A second image is determined from the plurality of images, where the second image includes a second object, and a position of the second object in the second image corresponds to a position of the first object in the first image. The first object is covered by or replaced with the second object, to obtain a target image.

Image processing method and electronic device

A display driving circuit includes a light emitting assembly which includes a first control switch having a first terminal connected to a cathode of the light emitting unit, a second terminal connected to a common terminal, and a control terminal connected to a first signal wire to provide a first control signal and a second control switch having a first terminal connected to a charging terminal, a second terminal connected to an anode of the light emitting unit and a control terminal connected to a second signal wire to provide a second control signal. When the light emitting unit is turned off, the first control switch disconnects the cathode of the light emitting unit and the common terminal in response to the first control signal, and the second control switch disconnects the anode of the light emitting unit and the charging terminal in response to the second control signal.

Display driving circuit, display driving method and display device

This disclosure relates to recreational vehicles (RV's) and discloses an expandable folding recreational vehicle (RV) that includes a chassis and a carriage house mounted on the chassis. The carriage house includes: a living room configured for a resident to perform activities; a bedroom configured for the resident to rest or sleep; a kitchen configured for the resident to prepare food and cook; a bathroom configured for the resident to urinate, defecate, bathe, or wash up; an electrical system operatively connected with the living room, the bedroom, the kitchen, and the bathroom; and a first and a second drive assembly configured for contracting or expanding the living room and the bedroom. The kitchen and the bathroom are arranged adjacent to each other on the chassis, and the living room and the bedroom are contractible and disposed on both sides of the chassis, respectively.

Expandable folding recreational vehicle

A multi-stage switch fabric (SF) is provided. The multi-stage SF includes a line card chassis (LCC) and a fabric card chassis (FCC). The FCC includes a stage-1 switch element (S1), a stage-2 switch element (S2), and a stage-3 switch element (S3), where the S3 corresponds to the S1, and the S2 is coupled to the S1 and S3 respectively. The LCC includes an interface component and a line card (LC) coupled to the interface component, where the interface component is coupled to the S1 and S3 in the FCC respectively. Through the technical solution under the present invention, when a switch element generates flow control information and requires another switch element or an LC to respond to the flow control information, a timely response can be received.

Multi-stage switch fabric

A link state detection method is disclosed in an embodiment of the present invention. The method includes: obtaining link state information from the lowest level SE to the mid-level SE; notifying to the mid-level SE the link state information from the lowest level SE to the mid-level SE; obtaining accessibility information from the mid-level SE to the lowest level SE according to the link state information from the lowest level SE to the mid-level SE, and link state information from the mid-level SE to the first level SE; notifying the first level SE the link state information from the mid-level SE to the first level SE, and the accessibility information from the from the mid-level SE to the lowest level SE; obtaining the accessibility information from the first level SE to the lowest level SE according to the link state information and the accessibility information sent by the mid-level SE.

Link state detection method and system

A multi-stage switch system includes a line card chassis (LCC) and a fabric card chassis (FCC). The LCC is configured with multiple line cards (LCs) and the FCC is configured with a stage-2 switch element (S2). The multi-stage switch system further includes a first switch combination and a second switch combination. The first switch combination and the second switch combination are configured on the LCC and the FCC respectively, and multiple LCs establish cross communication through the first switch combination, the second switch combination, and the S2. The first switch combination includes a stage-1 switch element (S1) and a first buffer area and the second switch combination includes a stage-3 switch element (S3) and a second buffer area. The multi-stage switch system can forward packets within the chassis by means of buffering the packets when guaranteeing the three-stage packet forwarding, and thus reducing the bandwidth occupancy of the FCC.

Multi-stage switch system

The present invention provides a backpressure method, system, and intermediate stage switching node of a multistage switching network and an intermediate stage switching node. The method includes: (i) the intermediate stage switching node receives a first backpressure information; and (ii) the intermediate stage switching node sends at least part of the first backpressure information to an upper stage switching node, wherein there is no response sent by the intermediate switching node to at least part of the first backpressure information.

Growing community of inventors

Shenzhen, China

Yun Lin