目的观察喉全切除食管发音患者的语音声学特征。
Objective to make an objective phonation assessment for the patients who can use esophageal phonation after total laryngectomy.
目的：研究腭裂术后不同腭咽闭合状况患者的语音声学特征，为腭裂患者语音矫治过程中的语音评价提供新的方法。
Objective To study acoustic features of cleft palate patients with different velopharyngeal conditions, provide a new method for speech evaluating of patients with cleft palate during speech therapy.
该MH-60R还将收集和处理语音，视频，雷达和声学传感器的数据，提醒海底或海面海军船只的运动情况和所面临的威胁。
The MH-60R collects and processes voice, video, radar and acoustic sensor data to alert the Navy vessels it supports of undersea or surface movements and threats.
平滑，扩展频率响应相结合，提供声学性能，使音乐播放和质量的语音系统单位的想法与宽动态功能和低失真。
Smooth, extended frequency response combines with wide dynamic capabilities and low distortion to provide acoustic performance that makes the unit idea for music playback and quality speech systems.
该方法采用了基于发音声学原理的反射型传输线模型来实现语音合成器。
The synthesis model is implemented with scattering process derived from reflection-type line analog of vocal tract system according to the acoustic model of speech production.
计算机语音技术涉厦到人工智能、模式识别、微机技术、语言声学、语言学和认知科学等许多学科领域。
Computer technology of phonetics relates to many disciplines, such as Artificial Intelligence, Pattern Identification, Computer technology, Linguistics, Language Acoustics, Cogniza-tion, and etc.
即使从物理与声学的角度来看，语音的分离性也一定不止是假象而已。
Even from a physical, acoustic point of view, discreteness must be more than an artifact.
论文讨论了如何选取声学特征来表征不同发音者的语音个人特性。
The paper deals with the selection of acoustic phonetics of the speaker characteristics.
本文最终设计了一个真实的语音通信系统，包括声学回声消除(aec)、语音增强和自动增益控制(agc)三部分。
In this paper finally designs a really voice communication system, including three parts: Acoustics Echo Cancellation (AEC), Speech Enhancement and automatic gain control (AGC).
完整的连续语音识别系统主要包括四个部分：特征提取，声学模型，语言模型和搜索算法，本文就是根据这四个部分展开的。
A whole continuous speech recognition system includes four parts: feature extraction, acoustic model, language models and search algorithms, and the thesis is carried out according to them.
即使在恶劣的声学混响空间这将导致在特殊语音清晰度。
This results in exceptional speech articulation even in reverberant Spaces with poor acoustics.
本文还讨论了在语音信号的声学处理环节提高语音识别鲁棒性的问题和方法。
The problems and challenges for improving robust Mandarin digit speech recognition at the acoustic processing stage was also discussed.
实验一的结果表明现代维吾尔语的开首清塞音属于弱送气清音，清塞音和浊塞音两个音位范畴在其声学表现中都可以通过两个语音范畴的嗓音起始时间实现。
The result of the first experiment shows that Uygur word-initial stops belongs to weaker aspirated category and it can be realized through two phonetic categories of voice onset time.
其中语音信号切割是经由语音辨认技术，依据声学模型的能量门限、图形比对的方法来切割出正确的发音区段。
Which voice signals cutting through voice recognition technology, based on the acoustic model energy threshold, graphics than a way to correct pronunciation sectors.
本文根据耳语音信号发音模型，结合耳语音的声学特性，建立了一个汉语耳语音孤立字识别系统。
In this paper, a Chinese isolated word recognition system is established based on the source-filter generation model combined with the acoustic characteristics of whispered speech.
本文用实验语音学声学分析方法，对青海土语、卫拉特方言和阿拉善土语进行了声学比较研究。
In the paper, experimental phonetics acoustic analysis method, Qinghai vernacular, Oirad dialect and Alasha vernacular soil acoustic comparative study.
语音分离的研究在语音通信、声学目标检测、声音信号增强等方面有着重要的理论意义和实用价值。
Separation of speech in voice communications, acoustic target detection, sound signal enhancement, and so has important theoretical significance and practical value.
笔者运用语音实验的研究方法，考察了大连方言声调新、老两派的单字调和双字调在调长方面的声学特征。
By employing the method of Experimental Phonetics, the author explores the properties of tonal duration of Dalian dialect, based on acoustic data of the old and the new generations.
同时掩蔽是心理声学的重要研究内容，在音频压缩编码、语音增强等方面有着广泛的应用。
Simultaneous masking which is an important research content of psychoacoustic, have a wide range of applications in audio coding, speech enhancement and so on.
提出了一种平行子状态隐马尔可夫模型用作噪声鲁棒语音识别的声学模型。
In this paper, a parallel sub-state hidden Markov model, which integrates the clean speech and noise information, and each state of the model has several parallel sub-states, is presented.
仅仅依靠语音信号的声学模型来进行语音识别，存在着不能利用语言的非声学知识的固有缺陷。
Traditional speech recognition system has an intrinsic defect that, commonly only use the acoustic model of speech and unable to use non-acoustic knowledge of language to recognize speech.
语音变异调查：声学测量还是语音记录？
Investigating phonological variation: acoustic measurements or phonetic transcription?
语音的声学模型和识别理论是构建语音识别系统的基础。
Acoustic model and speech recognition theory is the basis for building speech recognition systems.
语音学的三个分支分别被称为发音语音学，听觉语音学和声学语音学。
These three branches of phonetics are labeled articulatory phonetics, auditory phonetics, and acoustic phonetics respectively.
即语音前端声学处理法、正则相关分析的谱变换补偿方法和同模极点增加法。
They are acoustic front end processing, canonical correlation based on compensation method, and increase of poles method.
在物理方面，语音信号的声学参数研究受到越来越多的语音学家的关注，其中最常见的就是针对元音的声学参数的研究。
In physics, the study on acoustic parameters of voice signals is by more and more concern of Phonetics, the most common aspect is for acoustic parameters research of vowels.
声学语音学，对语音物理属性的研究。
Acoustic phonetics: the study of the physical properties of speech sounds.
声学语音学，对语音物理属性的研究。
Acoustic phonetics: the study of the physical properties of speech sounds.
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