Yangtze Optical Fibre and Cable Joint Stock Limited Company

Wuhan China Star Optoelectronics Technology Co., Ltd.

Huazhong University of Science and Technology

Chi Zhang

Chen Yang

Kun Yang

Weijun Tong

Xinben Zhang

Ming Tang

Yue Meng

Shen Peng

Hai Jin

Yafeng Li

Jian Tao

Beibei Cao

Duoqiang Wang

Yun Xiang

The present application sets forth an array substrate and a display terminal. The array substrate includes an underlay, a light shielding layer disposed on the underlay, an active layer disposed on the light shielding layer, and a connection element disposed on the active layer. The light shielding layer includes light shielding portions spaced from one another. The active layer includes active portions spaced from one another. The active portions correspond to the light shielding portions. Furthermore, adjacent two active portions are electrically connected through a bridge element. A toughness of the bridge element is greater than a toughness of the active portion.

Array substrate and display terminal

A polarization-maintaining multi-core fiber includes a plurality of fiber core areas and a main outer cladding. The fiber core areas include one central fiber core area, and two or more than two outer fiber core areas equidistantly and uniformly arranged around the central fiber core area that is a polarization-maintaining fiber core area. Each outer fiber core area includes a fiber core and an inner cladding surrounding a core layer. A portion outside the fiber core areas is the main outer cladding. The fiber can greatly enhance spectral efficiency of an optical transmission system, and improve fiber communication capacity. The arrangement of the polarization-maintaining fiber core area provides a waveguide structure with a function of maintaining polarized light, which can be used for transmission of local light.

Polarization-maintaining multi-core fiber

An array-type polarization-maintaining multi-core fiber includes a main outer cladding, fiber core units, and stress units. The fiber core units and the stress units are arranged to form a unit array including one central unit and any unit in the unit array being equidistantly arranged from adjacent units thereof. Provided is at least one pair of stress units, each pair of stress units being arranged symmetrical about one fiber core unit to form a polarization-maintaining fiber core unit. The fiber core units each include a fiber core and an inner cladding surrounding a core layer. A portion outside the fiber core units and the stress units is the main outer cladding. The fiber can greatly enhance spectral efficiency of an optical transmission system, and improve fiber communication capacity.

Array-type polarization-maintaining multi-core fiber

A container communication method for parallel-applications and a system using the method are disclosed. The method includes: when a first process of a first container has to communicate with a second process of a second container and the first and second containers are in the same host machine, creating a second channel that is different from a TCP (Transmission Control Protocol)-based first channel; the first container sending communication data to a shared memory area assigned to the first container and/or the second container by the host machine and send metadata of the communication data to the second container through the first channel; and when the second process acknowledges receiving the communication data based on the received metadata, transmitting the communication data to the second container through the second channel and feeding acknowledgement of the data back to the first process through the first channel.

Container communication method and system for parallel applications

Growing community of inventors

Hubei, China

Chi Zhang