语音的

基本解释 (translations)

phonetic  ·  phonic

与语音的相关的网络例句 [注：此内容来源于网络，仅供参考]

This dissertation begins with the analysis of speech signal pretreatment and does some points test, draws the characteristic parameter of the introduction pronunciation through MATLAB speech processing toolbox, gets rid of the aphonia segment and yawp of speech signal, offers effective speech segment for the distill of speech characteristic parameter.

本系统首先从语音信号的预处理开始分析，通过MATLAB语音处理工具箱提取输入语音的特征参数，对语音信号进行了端点检测，滤除了语音信号的无声段和噪声，为语音特征参数的提取提供了有效语音段。

It describes the digital models of speech, endpoint detection, feature extraction in the process of speech recognition, and chooses the arithmatics and models of the application system.

对语音识别过程中的语音数字模型、语音的端点检测和语音特征提取等过程进行介绍，并确立本系统中所采用的算法和模型。

The resource of frequency band is more and more invaluableness, the demands for transmission efficiency and storage of speech grow higher and higher.

频带资源越来越宝贵，对语音的传输效率和存储容量提出了很高的要求，解决这一问题的一个主要方法就是压缩语音，以尽可能少的数据量和最低的失真度来表示语音，即进行语音压缩。

In response to these changes, this paper claims that the teaching of English pronunciation and intonation in China should be more inclusive. Specifically, we should transcend the nativeness paradigm, add in some widely recognized EIL phonetic features, enhance students' receptive skills, help students grasp the essence of the Lingua Franca Core, innovate the present assessment of learners' pronunciation and intonation, and put more emphasis on teacher education to keep up with this latest trend.

基于这些新形势和新的研究成果，中国高校英语语音教学应突破本族语言范式，适当添加国际广泛认可的EIL的一些主要语音特征，提高学生对不同母语的英语使用者语音的辨识能力和接受性技能，着重帮助学生克服核心语音等容易影响交流的语音错误，改革语音考核制度，并且加大对语音教师有针对性的培训。

For the pitch misgrouping problem caused by no voicing decision in Meddis'pitch extracting method for concurrent speech signals, referring to voicing decision for single speech signal, basing on the analysis of the voicing charater of concurrent speech signals, we present a voicing decision method in pitch extracting for concurrent speech signals. Double periodic degree and frequencies group's distribution degree are introduced for voicing decision of concurrent speech signals.

针对Meddis的基于听觉心理生理的混叠语音基频提取算法中不分清浊音所导致的语音基频错判问题，借鉴了单语音清浊音判断的方法，基于对混叠语音的清浊性能的分析，提出了混叠语音基频提取中的清浊音判断算法，提出了判断混叠语音周期性的双周期度及判断频带组周期性的分布度两个指标，用于混叠语音基频提取中的清浊音判断。

Results According to articulation position, 68.44% of misarticulations of functional speech disordes occurred in dental consonants; while 57.78% in palatal consonants; 23.11% in alveolar consonants; 24% in velar consonants; 14.67% in lateral consonant and 17.33% in retroflex consonants. According to speech pathology, 37.33% of misarticulations was palatalized misarticulation; while 22.67% lateral misarticulation; 21.33% inter-dental misarticulation; 8% palatalized misarticulation with lateral misarticulation; 5.33% lateral misarticulation with interdental misarticulation; 1.33% nasopharyngeal misarticulation and 4% others.

结果 功能性异常语音的异常语音出现率按构音点分：舌尖前音(68.44%)、舌面音(57.78%)、舌尖后音(23.11%)、舌根音(24%)和舌尖中边音(14.67%)、舌尖中音(17.33%)，它们可单独出现，也可两种异常音并存；按语音病理学分类：腭化音占37.33%、侧化音占22.67%、齿间音占21.33%、腭化音+侧化音占8%、侧化音+齿间音占5.33%、鼻腔音占1.33%、其它占4%。

In a preferred embodiment of this multimedia version, the text message from the information server is sent through a text to speech converter which converts the text to a string of phonemes, diphones or some other representation of speech and forwards this to the information client which in this particular embodiment includes a speech synthesizer and possibly a computer graphics program generating a 'talking head'.

在一个多媒体版本的实施例中，将来自信息服务器的文本消息通过一个文本发送到语音变换器，发送到语音变换器的文本变换成音素、双音素或语音的一些其他表示的串，并将其传送到信息客户机，信息客户机包括一个语音合成器，并且可以是产生一个"发言者头部特写"的计算机图形程序。

Emphasis is laid on the research progress in the field of new generation speech synthesis technology contributed by USTC iFlytek speech laboratory, which includes integration articulatory and acoustic features for improving the flexibility of acoustic parameter generation; a minimum generation error criterion proposed to replace maximum likelihood for improving synthesized speech quality; use of unit selection and waveform concatenation to replace parametric synthesizer, thus effectively avoiding the limitation of speech quality in HMM based parametric synthesis.

重点介绍中国科学技术大学讯飞语音实验室在发展新一代语音合成技术中的贡献，包括：融合发音器官参数与声学参数，提高声学参数生成的灵活性；以最小生成误差准则取代最大似然准则，提高合成语音的音质；使用单元挑选与波形拼接方法取代参数合成器重构，从根本上改善HMM参数语音合成器在合成语音音质上的不足。

Some information such as pitch and harmonic of each speech stream, interaural time difference and interaural intensity difference and etc could be obtained from overlapping speech by the analyzing and modeling of overlapping speech and noisy speech, based on which the interested speech can be reconstructed and overlapping speech can be separated.

通过对混叠语音和含噪语音进行分析建模，对混叠语音分别提取其各自语音流的基音及谐波、双耳时间差ITD和强度差IID等信息，并以此重构目标语音分量，达到分离混叠语音的目的。

Orthographic representation of speech sounds –broad and narrow transcriptions 语音的书写形式-宽式和窄式音标 IPA-International Phonetic Alphabet 国际音标 There are two ways to transcribe speech sounds. One is the transcription with letter-symbols only, called broad transcription. The other is the transcription with letter-symbols together with the diacritics, called narrow transcription

窄式音标。实例：对 pit/spit 中 p 音的比较： pit 中的 p 是送气音，在窄式音标中标为上标，写作： spit 中的 p 是不送气音，在宽式音标中不作标示，写作：对 leaf/feel/build/health 中 l 音的比较： Leaf 中 l 在元音前，叫清晰音，在宽式音标中不作标示，写作： Feel 中 l 出现在单词结尾，叫模糊音，在窄式音标中加变音符号 Build 中 l 出现在另一个辅音前，也叫模糊音，在窄式音标中也加变音符号 Health 中 l 出现在齿音前，受其影响叫齿音，在窄式音标中加变音符号 5。

与语音的相关的网络解释 [注：此内容来源于网络，仅供参考]

phonetic adding machine：语音计算机

phonetic 语音的 | phonetic adding machine 语音计算机 | phonetic channel model of reading 阅读的语音通道模式

Phoneme：音位(语音的最小单位);音素

oral cavity 口腔 | phoneme:音位(语音的最小单位);音素. | prosodic feature: 韵律特征.

phonetic：语音的

蜚声语言学界、人类学界和哲学界.他把语言学中的音位的(phonemic)和语音的(phonetic)之间的区别类比到文化体系的研究中,提出了位学的(emic)和非位学的(etic)两种新的文化研究视野.它们已成为社会科学和行为科学研究里的重要方法.

continuous speech recognition：连续语音识别

带有明显的机器语音味道.连贯语音系统分析文本并从预先录好的文库里抽出单如果语音识别系统是连续的,用户就能正常地与系统对话;如果是不连续的,用户就需要字字停顿.显然,连续语音识别(continuous speech Recognition)比不连续语音识别更受欢迎,

speech synthesizer：语音合成器

合成声音的系统被称作"语音合成器"(Speech Synthesizer). 这种系统可以主要由硬件实现,也可以主要由软件实现. 语音合成技术的学名是"文语转换系统",也常常被称作TTS(text to speech)技术,是指将文本信息转变为语音数据,以语音的方式播放出来的技术.

bronchophony：支气管语音

1.支气管语音(bronchophony) 为语音共振的强度和清晰度均增加,常同时伴有语 音震颤增强,叩诊浊音和听及病理性支气管呼吸音,见于肺实变的患者. 2.胸语音(pe(:toriloquy)是一种更强、更响亮和较近耳的支气管语音,言词清晰可 辨,容易听及.

egophony：羊鸣音

1.支气管语音(bronchophony) 为语音共振的强度和清晰度均增加,常同时伴有语音震2.胸语音(pectoriloquy) 是一种更强、更响亮和较近耳的支气管语音,言词清晰可辨,3.羊鸣音(egophony) 不仅语音的强度增加,

phonic：声音的;语音的

phonic ringer 蜂音呼叫器 | phonic 声音的;语音的 | phonics 声学

widows：检索或指定要留在页面顶部的行数

stress设置语音的语调强度400 | volume设置语音的音量大小401 | widows检索或指定要留在页面顶部的行数402

vocal resonance：语音共振

语音共振(vocal resonance)的检查方法与语音震颤基本相同,即嘱被检查者用一般面谈的声音强度重复发"衣"的长音,或重复发"一、二、三",喉部发音产生的振动经气管、支气管和肺泡传至胸壁,与语音震颤不同的是并非用手触胸壁震动,而是用听诊器听声音.