Cisco Technology, Inc.

Suzhou Centec Communications Co., Ltd.

Nanjing Lopu Technology Co., Ltd.

Nanjing Lopu Co., Ltd.

Rflight Communication Electronic Co., Ltd.

Bin Zhu

Sheng Li

Guang Xu

Ning Xu

Lingling Jiang

Chengbing Guo

Yongze Xu

Dong Wang

Ling Zhang

Ling Zhu

Kui Yang

Wei He

Xiuwei Lv

Rongming Li

Deyu Han

Yezhuang Xu

The present disclosure relates to the technical field of display screen, and provides a display module set and a display screen. The display module set comprises a cabinet frame and a plurality of display modules. The cabinet frame comprises a power box and a plurality of sub-frames located on the left and right sides of the power box. The sub-frames on each side are arranged sequentially in a vertical direction. The plurality of the display modules corresponds to a plurality of the sub-frames on a one-to-one basis. A drive circuit and mounting members of the display module are both provided on a left side and/or right side region. A middle region of the display module is uniformly distributed with a hole structure for sound transmission. The display module is mounted on a corresponding sub-frame via the mounting members of the left side and/or right side region.

Display module set and display screen

A data processing method, a data processing apparatus and a storage medium. The data processing method includes: receiving first data comprising at least one piece of second data (S); transmitting the at least one piece of second data to at least one first data transmission channel (S); sending, according to link cross information of a Printed Circuit Board (PCB), data of the at least one first data transmission channel to at least one corresponding data transmission link (S); respectively receiving at least one piece of third data based on at least one port (S); and sending, according to a channel identifier of request information, the at least one piece of third data to a corresponding data reconstitution link (S).

Data processing method, apparatus and storage medium

The present invention discloses a base station test system and method based on 3D Massive MIMO and a storage medium, and relates to the technical field of multi-antenna beamforming test in a wireless communication system. Each channel in a phase shift amplitude modulation network can implement the amplitude control and phase control of the channel. The scheme provided by the present invention is to perform air interface channel simulation based on the phase shift amplitude modulation network to satisfy the Massive Multiple Input Multiple Output beamforming/beam tracking (phase synthesis) test verification of a wireless communication base station system.

Base station test system and method based on 3D massive MIMO and storage medium

In one implementation, a network device receives a series of video frames spanning a series time period from a network. The time period may be static of a specific duration or identified dynamically based on the timing of the video frames. The network device decodes the series of video frames and stores the decoded series of data frames in memory along with associated timestamps. A pause phenomenon in excess of expected delay is identified between two of the decoded video frames. The network device forwards or displays the series of decoded frames such that each successive pair of frames in the series of decoded frames are spaced by a resultant delay period that is less than a duration of the pause phenomenon.

Delay tolerant decoder

Growing community of inventors

Jiangsu, China

Bin Zhu