Parallel audio frequency processing method for multiple server nodes

Abstract

The invention discloses a parallel audio frequency processing method for multiple server nodes, which includes the implementation steps: 1) setting algorithm processing modules for executing specific audio frequency processing algorithms in a server of a local area network, and dividing inputted audio frequency into audio frequency blocks according to time; 2) leading client sides of the local area network to respectively request the server to perform parallel audio frequency processing service; 3) utilizing the server to transmit the algorithm processing modules to each client side and sequentially allocate the divided audio frequency blocks into the client slides, and leading the client sides to invoke the audio frequency processing algorithms of the algorithm processing modules to sequentially process the audio frequency blocks and then transmit the processed audio frequency blocks to the server; and 4) combining the audio frequency blocks to generate final output audio frequency by the server. The parallel audio frequency processing method has the advantages of capability of realizing parallel audio frequency processing, high efficiency and rapidness in audio frequency processing and convenience in use.

Description

technical field [0001] The invention relates to the field of computers, in particular to a multi-server node parallel audio processing method. Background technique [0002] At present, the Internet has become popular and has become a part of daily work and life. For the purposes of information and data sharing, unified Internet access, etc., most government agencies, enterprises, and individual families have established their own internal LANs. [0003] However, with the upgrading of the Internet and the popularity of digital equipment, everyone has the possibility to become a photographer. At present, all kinds of digital TV, movies, audio websites, etc. contain a lot of audio processing. These audio processing generally call a specific audio processing algorithm to process the audio frame of the audio, but at present these audio processing are often based on mainframe or stand-alone implementation, and although the mainframe has strong audio processing capabilities, it i...

AI Technical Summary

Problems solved by technology

These audio processing generally call a specific audio processing algorithm to process the audio frame of the audio, but at present these audio processing are often based on mainframe or stand-alone implementation, and although the mainframe has strong audio processing capabilities, it is expensive, and Although the stand-alone machine is cheap, its processing power is too low to realize a large amount of audio processing, which brings inconvenience to everyone's work and life.

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