Control system adjusting load of multiple graphic processors intelligently and dynamically

Abstract

The invention belongs to the technical field of graphic processing, and discloses a control system adjusting load of multiple graphic processors intelligently and dynamically. The system comprises a receiving module, a splitting module, a collecting module and a distributing module, wherein the receiving module is used for receiving coding data; the splitting module is connected to the receiving module and is used for splitting the coding data according to data frames; the collecting module is connected to the splitting module and is used for collecting load condition of each graphic processor; the distributing module is connected to the collecting module and is used for distributing the data frames to all the graphic processors according to the load condition. Through the control system adjusting the load of the multiple graphic processors intelligently and dynamically, the technical effects of exerting performance advantages of the multiple graphic processors, uniformly distributing tasks are among all encoders, and saving resources can be achieved.

Description

technical field [0001] The invention belongs to the technical field of graphics processing, in particular to a control system for intelligently and dynamically adjusting the load of multiple graphics processors. Background technique [0002] In recent years, with the rapid development of digital technology and security technology, especially the popularization of network and high-definition equipment, the processing of video data has received more and more attention and attention. Due to the huge amount of video data, many image processing still uses the computing power of the central processing unit to process images. Although the continuous development of hardware technology in recent decades has led to a rapid increase in the processing power of the central processing unit, the central processing unit has The processing speed of encoding and decoding is still far from meeting the needs of the current high-end security industry. A graphics processor with outstanding image...

AI Technical Summary

Problems solved by technology

[0004] To sum up, the problems in the existing technology are: the current graphics processor has a single function and the image processing efficiency is low; the existing algorithm sequentially selects the communication channel with a large channel gain during the scheduling process, which may lead to differences with the selected communication channel. The high-gain communication channel with strong interference among them is selected, while the communication channel with low mutual interference with other communication channels but not large enough gain cannot be dispatched, resulting in a decrease in the communication system and communication rate, and it is impossible to obtain good fairness and better communication channels. system and rate; prevents multiple images from being rendered well

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