1) Speech input
语音录入
1.
he paper introduces an implementation method of Speech input based on VB and SAPI.
介绍了基于VB和SAPI实现语音录入的方
2.
The paper introduces an Implementation method of Speech input based on DELDHI and SAPI.
介绍了基于DELPHI和SAPI实现语音录入的方法。
2) pronunciation recording and sending out
语音录放
1.
Using the SPCE061A chip s pronunciation characteristic,depends upon its internal integration ADC,DAC,32KB FLASH as well as the CPU high speed handling ability,has designed a kind of single chip pronunciation recording and sending out plan for the user,replaces traditional the MCU+ speech chip plan.
利用SPCE061A芯片的语音特性,依靠其内部集成的ADC,DAC,32KB的FLASH以及CPU的高速处理能力,为用户设计了一种单芯片的语音录放方案,代替传统的MCU+语音芯片方案。
3) voice recording
语音记录
1.
Design of large capacity voice recording embedded system based on FPGA;
基于FPGA的大容量语音记录嵌入式系统设计
2.
The intelligent voice recording instrument based on ARM9 microprocessor and embedded Linux operation system was introduced.
介绍了一种基于ARM9和嵌入式Linux的智能语音记录仪的设计。
4) voice recording
语音录制
5) phonetic entry
语音读入
1.
The future means of computer entry of characters will be phonetic entry and character recognition.
将来文字的计算机输入方式必将发展到语音读入文字识别。
6) audio access
语音接入
1.
Realization and performance analysis of Bluetooth audio access system based on BlueZ protocol stack;
基于BlueZ协议栈的蓝牙语音接入系统实现与性能分析
补充资料：耳语音
耳语音
参见"听觉语音"。
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