Abstract: The present application provides a video processing method and apparatus. The video processing method includes: obtaining a video to be processed; decoding the video to obtain a set of target video frames, wherein the set of target video frames comprise a target recognition image; determining video position information indicating positions of the set of target video frames in the video, image position information indicating positions of the target recognition image in the set of target video frames, and a target link corresponding to the target recognition image; and storing the video position information, the image position information, the target link, and a corresponding relationship among them, and binding the same to the video. The video processing method provided in the present application facilitates a user in quickly jumping to a target link, simplifies complicated processes, and improves user experience.

Abstract: Embodiments of the present application provide a resource scheduling method and system. The resource scheduling method includes: receiving a resource scheduling request, where the resource scheduling request carries a target request domain name and terminal address information of a client device; determining, based on the terminal address information, an edge acceleration node corresponding to the target request domain name and a scheduling parameter of the edge acceleration node; generating node address information of the edge acceleration node based on processing the target request domain name and the scheduling parameter of the edge acceleration node according to a target scheduling protocol; returning the node address information to the client device, where the client device performs resource scheduling on the edge acceleration node to obtain a corresponding resource scheduling result based on the node address information.

Abstract: The present disclosure provides techniques of preloading video data. The techniques comprises acquiring a video to be played; acquiring information indicative of historical behaviors of users who watched the video; segmenting the video into a plurality of video segments; determining a historical search rate corresponding to each of the plurality of video segments based on the information indicative of the historical behaviors of the users; and determining a video segment among the plurality of video segments as a first target video segment based on the historical search rate corresponding to each of the plurality of video segments, wherein the video segment has a historical search rate greater than or equal to a preset probability threshold; and preloading the first target video segment of the video.

Abstract: The present application provides a video processing method and apparatus. The video processing method includes: obtaining a video to be processed; decoding the video to obtain a set of target video frames, wherein the set of target video frames comprise a target recognition image; determining video position information indicating positions of the set of target video frames in the video, image position information indicating positions of the target recognition image in the set of target video frames, and a target link corresponding to the target recognition image; and storing the video position information, the image position information, the target link, and a corresponding relationship among them, and binding the same to the video. The video processing method provided in the present application facilitates a user in quickly jumping to a target link, simplifies complicated processes, and improves user experience.

Abstract: Techniques for displaying comments relative to a video frame are described herein. The disclosed techniques include receiving a frame of a video; receiving bullet screen data comprising a plurality of comments associated with the frame; receiving a mask frame data segment corresponding to the frame; determining a mask area based on the mask frame data segment, wherein the mask area corresponds to a main area of the frame; and displaying the plurality of comments relative to the frame in areas other than the mask area.

Abstract: Techniques of generating and displaying an attention curve relative to a progress bar are described in the present disclosure.

Abstract: Techniques for processing a multimedia file in real-time are described herein. The disclosed techniques include receiving a plurality of fragments of a multimedia file by a data stream conversion service, wherein the data stream conversion service receives a first fragment containing metadata of the multimedia file and then receives other fragments of the multimedia file in a predetermined order; sending a notification message to a message queue by the data stream conversion service in response to receiving the first fragment, wherein the notification message includes the metadata of the multimedia file and a corresponding Hyper Text Transfer Protocol (HTTP) interface address; obtaining the notification message from the message queue by an encoding and decoding service; and processing the other fragments of the multimedia file based at least in part on the notification message by the encoding and decoding service.

Abstract: The present disclosure provides techniques of preloading video data. The techniques comprises acquiring a video to be played; acquiring information indicative of historical behaviors of users who watched the video; segmenting the video into a plurality of video segments; determining a historical search rate corresponding to each of the plurality of video segments based on the information indicative of the historical behaviors of the users; and determining a video segment among the plurality of video segments as a first target video segment based on the historical search rate corresponding to each of the plurality of video segments, wherein the video segment has a historical search rate greater than or equal to a preset probability threshold; and preloading the first target video segment of the video.

Abstract: Techniques of generating and displaying an attention curve relative to a progress bar are described in the present disclosure.

Abstract: Techniques for displaying comments relative to a video frame are described herein. The disclosed techniques include receiving a frame of a video; receiving bullet screen data comprising a plurality of comments associated with the frame; receiving a mask frame data segment corresponding to the frame; determining a mask area based on the mask frame data segment, wherein the mask area corresponds to a main area of the frame; and displaying the plurality of comments relative to the frame in areas other than the mask area.

Abstract: Techniques for processing a multimedia file in real-time are described herein. The disclosed techniques include receiving a plurality of fragments of a multimedia file by a data stream conversion service, wherein the data stream conversion service receives a first fragment containing metadata of the multimedia file and then receives other fragments of the multimedia file in a predetermined order; sending a notification message to a message queue by the data stream conversion service in response to receiving the first fragment, wherein the notification message includes the metadata of the multimedia file and a corresponding Hyper Text Transfer Protocol (HTTP) interface address; obtaining the notification message from the message queue by an encoding and decoding service; and processing the other fragments of the multimedia file based at least in part on the notification message by the encoding and decoding service.