Ge Precision Healthcare LLC

Bigo Technology Pte. Ltd.

Alibaba Group Holding Limited

Jiangnan University

Li Liu

Lionel Wodecki

Yue Wu

Lanping Liu

Liangmao He

Ping Hua Hsu

Yue Ma

Jian Chen

Guocheng Du

Tao Yu

Jingwen Zhou

Qing Liu

Weizhu Zeng

Leju Yan

Yunfeng Xu

Jiebo Ma

Sheng Gao

Junping Zou

Jiaxiong Cheng

Xin Tong

The disclosure describes methods, clients, and electronic devices for processing audio signals. One method for processing audio signals comprises: receiving a first audio signal inputted from a first audio acquisition terminal and a second audio signal inputted from a second audio acquisition terminal, wherein the first audio acquisition terminal and the second audio acquisition terminal are located in different positions of a same location; determining a target audio signal and a reference audio signal from the first audio signal and the second audio signal; determining a filter coefficient corresponding to the target audio signal based on the reference audio signal; and eliminating, from the target audio signal, a crosstalk signal determined based on the filter coefficient and the reference audio signal. The effect that a speech path can output speech signals with less interference is achieved.

Method, client, and electronic device for processing audio signals

A method for capturing an image is disclosed in the present disclosure. The method includes: detecting first information associated with a first application that is running, wherein the first information is configured to characterize an attribute of the first application; capturing an image output by the first application in a capturing fashion associated with the image output by the first application based on a first capturing policy in the case that the first information associated with the first application exists in the first database; capturing the image output by the first application based on a second capturing policy in the case that the first information associated with the first application does not exist in the first database. The present disclosure also discloses a terminal and a storage medium.

Method for capturing an image, terminal and storage medium thereof

The present disclosure relates to a method for improving the yield and production intensity of() sorbose, and belongs to the technical field of fermentation engineering. By knocking out genes related to formation of D-sorbitol or L-sorbose metabolic by-products in, the formation of the by-products is reduced, and the efficiency of transforming D-sorbitol into L-sorbose is improved, thereby improving the yield and production intensity of L-sorbose. A recombinant strain-11 constructed by the present disclosure, compared with a control strain, has an L-sorbose transformation rate of 96.12%, which is 4.47% higher than that of a wild strain, has a production intensity of 14 g/L&#xb7;h, which is 14.7% higher than that of the wild strain, and has a fructose by-product content of only 5.6 g/L, which is 45.6% lower than that of the wild strain.

Method for improving yield and production intensity ofsorbose

Medical imaging cart

The video sending method includes: acquiring a video stream to be transmitted; generating consecutive frame groups from the video stream, wherein setting a first frame in the current frame group to be a long-term reference frame that uses a first frame in a previous frame group as a reference during generation of at least one of the current frame group, wherein the long-term reference frame is a predictive coded frame configured to transmit a difference and a motion vector obtained by performing a comparison against the first frame in the previous frame group, the current frame group is a frame group other than the first frame group; and sending the frame groups to a receiving terminal. The video receiving method comprises: receiving the frame groups sent by a sending terminal; and restoring the frame groups to obtain the transmitted video stream.

Video sending and receiving method, apparatus, and terminal thereof

Washer

Furniture bed

Growing community of inventors

Wuxi, China

Li Liu