1) recognition of phonetic componect
声旁识别
2) phonetic awareness
声旁意识
1.
Other findings suggest that, although there are strong links between children抯 phonological awareness, phonetic awareness, verbal working memory, respectively, and their reading ability, the nature of these different links may be differe.
在汉语阅读过程中,语音成分的介入已经得到了研究的普遍支持,但是在语音技能与阅读能力间的关系方面,虽然语音加工技能的不同成分(语音意识、声旁意识及言语工作记忆)与儿童阅读能力发展间都存在着一定的联系,但这些语音技能在汉语儿童阅读能力发展中所起作用的具体机制及介入程度还需进一步的研究论证。
3) Voiceprint Recognition
声纹识别
1.
Application of Voiceprint Recognition in Judicature;
声纹识别在司法身份鉴定中的应用
2.
Voiceprint Recognition Technology and It s Application in Forensic Expertise;
声纹识别技术及其在司法鉴定中的应用
3.
A voiceprint recognition system without any reference to text,language and sex is described.
介绍一个与文本无关、与语种无关、与性别无关的声纹识别系统 ,采用的技术包括MFCC特征提取、VQ矢量量化、LBG聚类建模、数据有效性距离测度和计算机深层编程等 ,在字表大小为 5 0人以内时识别率接近 10 0 % 。
4) Noise Recognition
噪声识别
1.
Taking noise recognition and noise reduction of traffic volume time series which are commonly used traffic data as example,several experimental results are illustrated.
以常用的交通数据———交通量时间序列的实测数据为例,给出多个噪声识别及消噪预处理的实验结果。
5) Noise sources identification
声源识别
1.
In this paper near-field acoustic holography (NAH) is introduced into noise sources identification and localization, The theoretical analysis and the numerical simulation of different kinds of noise sources show: that in the case of complex sound sources, they can be identified and localized correctly, moreover, their vibration amplitude can be recognized very well.
将近场声全息(NAH)用于噪声源的识别和定位,对不同类型噪声源的数值模拟结果和理论分析表明:对于复杂声源,采用近场声全息方法可以精确地定位噪声源,并且能很好地分辨出各噪声源振幅的强弱;在波数域加窗滤波后,声压测量的误差对声源识别结果的影响不大。
6) Tone Recognition
声调识别
1.
Tone recognition in post-lingual deafened Nucleus cochlear recipients;
语后聋Nucleus人工耳蜗使用者的声调识别
2.
Curve fitting of pitch contour used for tone recognition of isolated mandarin syllables;
用于汉语单音节声调识别的基频轨迹拟合方法
3.
Approaches to pitch processing in tone recognition of Mandarin;
汉语声调识别中的基音后处理方法
补充资料:声旁
1.分析汉字形体的术语。指形声字结构中表示读音的部分。与形旁相对而言。如"粮"﹑"崖"﹐分别由形旁"米"﹑"山"与声旁"量"﹑"厓"构成。参见"形声"。
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