Abstract: A data processing method is applied to a first server using a first transmission protocol and includes obtaining a first data packet transmitted by a second server using a second transmission protocol and converting the first data packet into a target format to generate a second data packet. The first data packet is generated at least based on data sent by a first-type client and a second-type client. The first-type client is configured as a control end, and the second-type client is configured to interact bidirectionally with the first-type client using a first interaction content. The second data packet is configured to be transmittable to a third-type client by the first server. The first transmission protocol is configured as a data transmission protocol, and the second transmission protocol is configured as a real-time communication protocol.

Abstract: A high-speed real-time data transmission method includes performing deduplication processing on first encoded data from a transmission device to obtain target data. The first encoded data is obtained by encoding corresponding data using a first encoding algorithm. The method further includes encoding the target data using a second encoding algorithm to obtain second encoded data, and sending the second encoded data to a receiving device. A compression ratio of the second encoding algorithm is greater than a compression ratio of the first encoding algorithm.

Abstract: A high-speed real-time data transmission method includes performing deduplication processing on first encoded data from a transmission device to obtain target data. The first encoded data is obtained by encoding corresponding data using a first encoding algorithm. The method further includes encoding the target data using a second encoding algorithm to obtain second encoded data, and sending the second encoded data to a receiving device. A compression ratio of the second encoding algorithm is greater than a compression ratio of the first encoding algorithm.