Tsinghua University

University of Colorado

Beijing Jingdong Shangke Information Technology Co., Ltd.

Chang Gung University

Beijing Jingdong Century Trading Co., Ltd.

Beijing Youzhuju Network Technology Co., Ltd.

Kwai Games Pte. Ltd.

Man Zhang

Ding Xue

Jau-Song Yu

Qian Liang

Jeng-Ting Chen

Hanzeng Li

Lingjun Zheng

Yang Zhang

Qi Liu

Fan Li

Hui Li

Weihua Zhang

Ji Liu

Tuo Zhou

Jiangxu Wu

Yuefeng Wu

Zhong Huang

Yu Peng

Yuxin Wu

Leifeng Kong

Hongguang Zhang

Ganglin Peng

Junfu Lv

Zihao Chen

Zaiyou Ruan

Yuna Hu

Xiaoben Wang

Feifei Tang

Shitao Song

Sikun Yao

Xuechao Cao

The present disclosure provides a live-stream interaction method, a live-stream interaction system and related devices. The system includes a terminal of an audience, a terminal of an anchor, and a server; the terminal of the audience is configured to present a live-stream interface, and the live-stream interface includes an interaction control that supports interaction, and when the audience triggers an interactive behavior through the interaction control, an interaction image when the audience performs the interactive behavior is acquired; the terminal of the anchor is configured to send the behavior feature of the anchor to the server; the server is configured to acquire the behavior feature of the audience, match the behavior feature of the audience with the behavior feature of the anchor to obtain a matching result, and send a special effect instruction to the terminal of the audience according to the matching result.

Live-stream interaction method, system and related device

The invention provides novel compositions and methods for the treatment of Radiation-Induced Bystander Effects (RIBE), resulting from radiation exposure. In one preferred embodiment the inventions includes novel therapeutic agents, including but not limited to quercetin and quercetin analogs, as well as E64, CA074, CA074Me, that interfere with the activity of Cathepsin B.

Compositions and methods for preventing and treating radiation-induced bystander effects caused by radiation or radiotherapy

A low-carbon energy utilization system for steam and power cogeneration of oil field is provided, which includes a first water pump device, a second water pump device, electric heating devices, a liquid mixer, a fossil-fuel steam injection boiler, a steam mixer, a super-heater, and a new energy generation station. The electric heating devices are connected to the first water pump device. The liquid mixer is connected to the second water pump device and the electric heating devices. The fossil-fuel steam injection boiler is connected to the liquid mixer. The steam mixer is connected to the electric heating devices and the fossil-fuel steam injection boiler. The super-heater is connected to the steam mixer. The new energy generation station is used for supplying power to the electric heating devices.

Low-carbon energy utilization system for steam and power cogeneration of oil field

Display screen or portion thereof with a transitional graphical user interface

A video sharing implementation method and system are provided, with the method including receiving a user's access request for a video sharing link which carries an address of a video and an identifier of a shared object, parsing the video sharing link to obtain the address of the video and the identifier of the shared object, playing the video according to the address of the video, and displaying the shared object corresponding to the identifier of the shared object in a video display interface, and jumping to a product link of the shared object in response to the user's selection of the shared object.

Video sharing implementation method and system

Growing community of inventors

Beijing, China

Man Zhang