多轨道数字音频信号低功耗高速传输

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DOI：10.16652/j.issn.1004-373x.2026.10.021

引用格式：，高铁凡.多轨道数字音频信号低功耗高速传输[J].现代电子技术，2026，49（10）：146-150.

中图分类号：TN912.3-34

文献标识码：A

文章编号：1004-373X（2026）10-0146-05

Multi track digital audio signal with low power consumption and high-speed transmission

Hu Ping， Gao Yifan

（Jianghan University， Wuhan 430056， China）

Abstract： In allusion to the requirements of high data volume， low power consumption and high real-time performance faced in multi-track digital audio signal transmission， a low-power and high-speed transmission method based on the low-power DSP hardware platform is researched. The optimized G.723.1 dual-rate encoding algorithm is used to compress and encode the initial multi track digital audio signal， reducing data redundancy. By using an improved LMS adaptive filtering algorithm based on skip tongue line variable step size and decorrelation operation， the noise of the encoded audio signal is dynamically filtered out to enhance the quality of the audio signal. The embedded Socket communication based on UDP protocol is used to realize the high-speed real-time transmission of encoded and filtered audio signals by means of local area network. After decoding and reconstruction at the signal receiving end， the output can directly play audio data. Taking the multi track sampling audio signal of Zeng Houyi chime bell as an example in the experiment， the results show that this method can effectively filter out noise in the signal and ensure the quality of transmitted signals. When the amount of transmitted audio data reaches 1000 MB， the total power consumption is only 37.8 J， which can meet the requirement of low-power transmission for large data volumes.

Keywords： digital audio signal; multi track; high speed transmission; low power DSP; G.723.1 encoding algorithm; UDP protocol; decoding and reconstruction; embedded Socket communication; Zeng Houyi chime bell

0 引言

在当前数字音频技术快速发展与多媒体应用逐步普及的前景下，多轨道数字音频信号在文化遗产数字化保护、广播电视以及现代通信等领域的应用需求逐渐增强[1-2]。（剩余6695字）