基于AMBE-3000的水下语音通信编解码系统的设计

Jian Luo, Hongwei Zhou, Yi Li, Minglei Lu
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引用次数: 4

摘要

由于水声通信信道的复杂特性,水声通信数据速率受到限制。为了实现水下语音通信,对语音数据压缩率的要求要高得多。因此我们选用TLV320AIC12和AMBE-3000来实现语音编解码模块的设计。TLV320AIC12是一款具有可编程输入和输出增益控制的高性能a /D /D / a芯片,AMBE-3000是基于AMBE语音压缩算法的最新声码器。使用该模块,通话语音在2.0 ~ 2.4kbps的低压缩比特率下清晰易读。该系统具有语音编码率灵活、性价比高、功耗低等优点,将为水下长距离语音通信搭建一个良好的硬件平台。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The design of underwater speech communication codec system based on AMBE-3000
As the complex characteristics of underwater acoustic communication channel, the underwater acoustic communication data rate is limited. In order to realize the underwater voice communication, the required speech data compression rate should be much higher. So we select TLV320AIC12 and AMBE-3000 to realize the design of voice codec module. The TLV320AIC12 is a high-performance A/D & D/A chip with programmable input and output gain control, and AMBE-3000 is the latest vocoder which is based on the AMBE voice compression algorithm. Using this designed module, the call voice is clear and legible at the rate of 2.0∼2.4kbps which is a very low compression bit rate. The system features flexible speech coding rate, high cost-effective, low power consumption and many other advantages, which will build a good hardware platform for the long-distance underwater speech communication.
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