"A speech interface is flexible and nearly infinite in what it can do," Mahoney said in a phone interview.
“语音界面非常灵活，它的应用前景是无限的”Mahoney在电话采访中说。
This paper centers on the research of software and hardware of the Speech Interface based on the Platform of MOST Bus.
本文综合运用两种技术完成基于MOST平台的语音接口节点的设计。
By using linguistic services, a more human-friendly interface such as speech input can be enabled for the end user.
通过使用语言服务，最终用户能够使用像语音输入这样更人性化的友好的界面。
The API specifies a cross-platform interface to support command-and-control recognizers, dictation systems, and speech synthesizers.
这种API规定一个跨平台的接口来支持 命令―控制识别器、听写系统和语音合成器。
Screen readers allow users to interact with a GUI by creating an off-screen representation of the interface and passing this to a speech synthesizer or a Braille terminal.
屏幕读取器允许用户通过创建界面的off-screen表示，并将其传送到一个语音合成器或盲文终端来与 GUI进行交互。
When we think of speech in relation to commerce, it is an interface with huge growth potential.
当我们想到在讲话有关商务，它是一个接口与巨大的增长潜力。
Narrator cannot find a speech engine for the user interface language. Narrator may not speak well.
讲述人找不到用户界面语言的语音引擎。讲述人可能讲不好。
If functions on the platform are enhanced by providing speech navigation, voice dialing, etc, the friendly interface between human beings and machine will be ameliorated much better.
如果在该平台上提供类似于语音导航、声音拨号等功能，将大大改善人机交互界面。
The system structure and performance is also given. It presents speech compression algorithm implemented by High Energy Wave Extraction. It also gives out hardware interface and software structure .
介绍了系统结构、性能以及用高能谐次波提取法实现语音压缩的算法，并给出了硬件接口与软件结构设计方案。
The hardware design of speech terminal is simple with a LCD module, while the user interface is more beautiful with the technology of chinese character and menu display.
液晶显示模块的采用使得语音终端硬件设计简单，同时汉字和菜单显示技术的使用使得用户界面更加美观。
Language recognition is a significant component of multilingual human-machine interface, as the front end of a speech recognition system.
语种识别是多语言人机接口的重要组成部分，主要用于系统前端。
Narrator cannot find a speech engine for the user interface language.
讲述人找不到用户界面语言的语音引擎。
This thesis's main objective is to research and provide a method on how to use speech recognition and a 3g mobile phone interface to view and access this health information.
本论文主要研究和提供如何将语音识别与第三代(3G)手机界面结合、查看并访问卫生信息的方法。
The design gives the signal conditioning circuit, accomplishes the hardware interface design of DSP chip TMS320VC5410 and chip -to-speech TLC320AD50C, and processes audio signal by FIR arithmetic.
介绍一种高保真的音频信号处理系统，给出了前端音频信号调理电路设计，实现了DSP芯片TMS320VC5410与语音转换芯片TLC320AD50C的硬件接口设计，并通过FIR算法实现了对音频信号的处理。
The results show that aural user interface design using non-speech sound is feasible.
结果表明，非语音是设计听觉用户界面的可行途径。
With the advantage of open source SAPI, DDX-08 can complete the human-computer interaction through the speech recognition, speech synthesis and the graphical interface.
在开源的语音开发包sapi的支持下，通过语音识别，语音合成和图形界面完成友好的人机交互。
The evaluation method of speech on multimedia interface is being studied.
多媒体界面中的语音评价问题尚处于研究阶段。
Earcon is a kind of non speech audio signal, being used in computer interface to provide the user with information about the computer, its operation or interaction.
耳标是一种向用户提供计算机客体、操作或交互信息的非言语听觉信号。
This method takes advantage of a built-in API installed on most Windows XP machines called SAPI (Speech Application Programming Interface).
这种方法利用了内置的API上安装WindowsXP的大部分机器叫做SAPI(语音应用程序编程接口)。
This method takes advantage of a built-in API installed on most Windows XP machines called SAPI (Speech Application Programming Interface).
这种方法利用了内置的API上安装WindowsXP的大部分机器叫做SAPI(语音应用程序编程接口)。
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