1) Q-code
缩语电码
2) radio code
无线电缩语，无线电通信电码
3) voice compressed encoding
语音压缩编码
1.
To improve the power line carrier s transmission capacity and its tone quality, this paper puts forward a method of adapting voice compressed encoding and decoding technology in developing the digital power line carrier(DPLC) to improve the performance of the traditional APLC.
为了增加电力线载波机传输容量、提高话音质量 ,提出在研制数字式电力线载波机中使用语音压缩编码技术对传统的模拟式电力线载波机进行改进。
2.
This paper introduces the digital power line carrier equipment, and analyzes the technique of DSP, digital modulation and voice compressed encoding in DPLC.
对新型数字式电力线载波机（ＤＰＬＣ）作了介绍，分析了数字信号处理、数字调制及语音压缩编码技术在ＤＰＬＣ中的应用，对ＣＥＬＰ技术用于ＤＰＬＣ作了探讨，提出了我国ＤＰＬＣ的发展途径。
4) speech coding
语音压缩编码
1.
6 Kb/s speech coding algorithm based on the method of "CPU soft core + algorithm IP".
6Kb/s类MELP语音压缩编码算法进行了实现,并将整个语音压缩编码器在FPGA上进行了整体验证,实验结果说明本文给出的语音压缩编码器的实现结构是可行的,能够满足语音压缩编码算法对实时性的要求,从而为下一阶段语音压缩编码器的芯片设计提供有力的可行性论据。
5) speech compression coding
语音压缩编码
1.
The learning algorithm of SOFM neural network is discussed, then by means of researching the problems existing in SOFM learning algorithm in designing vector codebooks,a modified SOFM learning algorithm is proposed and this learning algorithm is finally used to parameter vector quantitation of speech compression coding of IP phone.
最后把这种算法应用在IP电话语音压缩编码的参数矢量量化上。
2.
Some kinds of typical algorithms about low-bit-rate speech compression coding at present have been analysed and compared,for example:LPC Vocoder,CELP,MBE,PWI,wavelet transform.
近年来 ,由于数字通信及其他商业应用的需求 ,语音压缩技术得到了迅速发展 ,针对目前几种具有代表性的低速率语音压缩编码算法 (如 :LPC声码器 ,CELP ,MBE ,PWI ,小波变换等 )进行分析和比较 ,介绍各自的基本原理 ,并在此基础上分析了各自的优、缺点及实际应
3.
In this paper, developments of speech compression coding are briefly introduced, and importance is attached to recent advances in speech coding at low bit rates.
本文简要介绍了语音压缩编码的新进展，并且着重介绍低码率语音编码在新近几年所取得的进展。
6) speech compress coding
语音压缩编码
1.
TCM speech compress coding system based on TMS32054x DSP is described in this paper.
描述了基于 Ｔ Ｍ Ｓ３ ２ ０ Ｃ ５ ４ ｘ数字信号处理器的 Ｔ Ｃ Ｍ语音压缩编码系统。
补充资料：缩语
1.即缩略语。详"缩略语"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条