Abstract: An apparatus for encoding and decoding video receives a request to decode a current video frame. The apparatus determines whether encoding is within a threshold for a previous video frame. Additionally, the apparatus waits for the encoding to start if the encoding is within the threshold. Further, the apparatus provides a signal to begin encoding the current video frame. Also, the apparatus submits a decode workload to a graphics processor unit (GPU) for the current video frame. The apparatus additionally submits, in parallel with submitting the decode workload to the GPU, an encode workload to the GPU for the previous video frame.

Abstract: This application discloses a data processing method performed by a computer device. The method includes: detecting a data volume of a first picture frame after being coded; in response to the data volume of the first picture frame being greater than or equal to a data volume threshold, performing downsampling on the first picture frame to obtain a first adjusted picture frame; coding the first adjusted picture frame to obtain a picture frame code stream of the first adjusted picture frame; and transmitting the picture frame code stream to an application client at a terminal for decoding the picture frame code stream to obtain a first adjusted picture frame, which is then upsampled to the same resolution as the first picture frame and displayed accordingly.

Abstract: A server system includes a cloud application program, a system framework, a forwarding program, and an audio capturing program. The server system inputs first audio data of the cloud application program to the system framework, processes the first audio data through the system framework to obtain second audio data, and transmits the second audio data to the forwarding program. The second audio data is then transmitted from the forwarding program to the audio capturing program according to a communication connection between the forwarding program and the audio capturing program. The audio capturing program transmits the second audio data to a local application program of a terminal. Because the second audio data obtained after processing through the system framework is directly sent to the audio capturing program through the forwarding program, a transmission link of audio data is shortened, thus reducing the delay in delivering audio data.

Abstract: This application relates to a picture update method and apparatus, a computer device, and a storage medium. The method includes: receiving sensor data sent by a terminal, the sensor data being collected by a physical sensor of the terminal; writing the sensor data into a virtual sensor, the virtual sensor corresponding to a structure of the physical sensor and is configured to support a sensor service associated with the physical sensor; reading the sensor data in the virtual sensor, updating a multimedia picture based on the sensor data, and generating corresponding updated multimedia data; and returning the updated multimedia data to the terminal, so that the terminal displays the corresponding updated multimedia picture based on the updated multimedia data.

Abstract: A system/method for a cloud game can improve sharing to a social application that is locally running on a terminal. The system/method improves the scalability of cloud games, provides improved information processing, improves the sociality of cloud games, achieves a high degree of dissemination of cloud games, improves the degree of participation of players in cloud games, and improves the interaction rate of cloud games. The system/method includes logging, by a terminal, in to a cloud game installed in a server based on a trigger instruction of a cloud game login portal, transmitting an operation instruction to the server on which the cloud game is installed, and receiving sharing information including data to-be-shared transmitted by the server. The terminal can share the data to-be-shared to a target social application.

Abstract: An apparatus for encoding and decoding video receives a request to decode a current video frame. The apparatus determines whether encoding is within a threshold for a previous video frame. Additionally, the apparatus waits for the encoding to start if the encoding is within the threshold. Further, the apparatus provides a signal to begin encoding the current video frame. Also, the apparatus submits a decode workload to a graphics processor unit (GPU) for the current video frame. The apparatus additionally submits, in parallel with submitting the decode workload to the GPU, an encode workload to the GPU for the previous video frame.

Abstract: A split braid includes a braid body which is mainly interwoven from multiple warps and two wefts, the multiple warps are divided into an upper warp group and a lower warp group, the upper warp group is divided into a first upper warp group and a second upper warp group, the lower warp group is divided into a first lower warp group and a second lower warp group; the braid body is formed by at least one weaving unit, each two weaving units are connected end to end; each weaving unit is divided into a first closing segment, a split segment and a second closing segment in sequence along a length direction.

Abstract: Technologies may provide for processing video content. A request to process video content may be received at a user mode driver. In response, the user mode driver may insert a command associated with the request into a command buffer. In addition, the user mode driver may enqueue the command buffer to receive a further request to process further video content independent of an execution of the command by platform hardware. Additionally, a command submission process may dequeue the command buffer and call a kernel mode driver. The kernel mode driver may receive the system call independent of the user mode driver and submit the command buffer to the platform hardware to process the video content.

Abstract: Technologies may provide for processing video content. A request to process video content may be received at a user mode driver. In response, the user mode driver may insert a command associated with the request into a command buffer. In addition, the user mode driver may enqueue the command buffer to receive a further request to process further video content independent of an execution of the command by platform hardware. Additionally, a command submission process may dequeue the command buffer and call a kernel mode driver. The kernel mode driver may receive the system call independent of the user mode driver and submit the command buffer to the platform hardware to process the video content.