Tencent Technology (shenzhen) Company Limited

Midea Group Co., Ltd.

Shenzhen Jiayilai Industry Co., Ltd.

Jia Zhang

Jian Cao

Sijia Chen

Xiaoxiang Yang

Hongbin Cao

Yongcheng Huang

Shaojia Liu

Haoran Lin

Shinji Ishikawa

An image encoding method and apparatus, a real-time communication method, a device, a storage medium, and a program product. The method includes: obtaining a first image frame in a video stream, encoding the first image frame into a first non-instantaneous decoding refresh (non-IDR) frame, and encoding a next image frame of the first image frame into an instantaneous decoding refresh (IDR) frame based on a determination, according to the first non-IDR frame, that a scene switch occurs.

Image encoding method, real-time communication method, device, storage medium, and program product

A video encoding method includes obtaining a current image frame, performing video image enhancement on a target region in the current image frame, to generate an image-enhanced image frame, the target region including a region in which hopping occurs in a pixel value of a pixel in the current image frame, and encoding the image-enhanced image frame.

Video encoding method and apparatus, real-time communication method and apparatus, device, and storage medium

An encoding method includes pre-encoding a current video frame in a video stream, to obtain a pre-encoded current video frame, when there is no I frame in M encoded video frames that have been encoded before the current video frame, determining whether the current video frame is a scene switching frame in which scene switching has occurred relative to a previous video frame, based on the pre-encoded current video frame and a pre-encoded previous video frame to the current video frame, M being a preset positive integer, and encoding the current video frame into an I frame when the current video frame is the scene switching frame, and encoding the current video frame into a P frame when the current video frame is not the scene switching frame.

Encoding method, real-time communication method, apparatus, device, and storage medium

An image processing method and apparatus, a computer device, a storage medium and a program product, which can be applied to scenes such as image processing, game, and game basic skill. The method includes: encoding a current frame image to obtain an initial encoded image, and obtaining an encoding parameter, the encoding parameter comprising: a parameter indicating whether a scene switch exists in the current frame image; and recoding the current frame image based on a determination, according to the encoding parameter, that the current frame image needs to be recoded to obtain a target encoded image, wherein a data volume of the target encoded image is less than the data volume of the initial encoded image.

Image processing method and apparatus, computer device, storage medium and program product for recoding current frame based on scene switching determination

Makeup mirror

Mirror

Dishwasher

The present disclosure discloses an instant messaging window display method, including the following steps: running an instant messaging window on a user terminal; receiving a small window instruction; extracting, in response to the small window instruction, the instant messaging window run on the user terminal as a to-be-converted window; converting the to-be-converted window into a floating small window; and displaying the floating small window on the top of a current page of a browser. Therefore, the terminal converts the instant messaging window into the floating small window, and always keeps displaying the floating small window on the top of the current page of the browser. When the user browses and operates another webpage on the browser, the display of the floating small window is not affected. This is convenient for the user to check an instant messaging interaction message in time, thereby improving convenience of instant messaging interaction.

Instant messaging window display method and apparatus, and computer readable medium

A single-phase electronic power-saving device includes at least one power-saving unit. The power-saving unit includes two ceramic piece capacitors, a safe capacitor, an inductor, a SCR, a first resistor, a second resistor, a live wire and a zero line; the two ceramic piece capacitors connected in series as a whole is connected in parallel with the safe capacitor to two terminals of which are connected the anode and the cathode of SCR, respectively; the anode of SCR is also connected to one terminal of the inductor, the branch composed of the first and the second resistors connected in series is connected in parallel so that one terminal of which is connected to one terminal of the inductor and the other is connected to the cathode of SCR; the gate of SCR is connected between the first and the second resistors.

Growing community of inventors

Shenzhen, China

Jia Zhang