speech production
英 [spiːtʃ prəˈdʌkʃn]
美 [spiːtʃ prəˈdʌkʃn]
网络 言语生成; 言语传达; 言语产生; 语言的产生; 语言产生
英英释义
noun
- the utterance of intelligible speech
双语例句
- At present, the analysis and prediction of speech signal are all using linear theory and linear prediction technique, but the speech production system is complicated nonlinear and has chaotic property as well as fractal feature, so linear methods are inadequate.
目前语音信号的分析与预测都是采用线性理论和线性预测技术,而语音信号的产生系统是一个复杂的非线性时变系统,而且具有混沌性和分形特征,所以采用线性方法是不够的。 - Using the picture-word interference paradigm, the study probed into the activation of word class information in Chinese speech production.
采用视觉呈现干扰词的图片&词干扰实验范式,探讨产生不同语法结构时言语产生汉语词类信息的加工进程。 - The DIVA speech production model is then introduced, including the basic concepts of the DIVA model, the structural framework, the status and inadequacies of the model.
然后对DIVA语音生成与获取模型进行了介绍,包括DIVA模型的基本概念,结构框架以及模型的现状和不足之处。 - English-Chinese Chinese-English Translation In this paper, the writer makes an effort to discuss the significance of this new area of study for psycholinguistics and introduce the computational models of the grammatical processes in both language comprehension and speech production.
本文讨论了计算心理语言学与心理语言学之间的关系,并分别对语言理解和言语产生过程中句法处理和句法编码的计算心理语言学模式进行了评述。 - Speech production increased the excitability of hand motor cortex.
言语产生可增加手运动皮层的兴奋性。 - Previous studies have found that the process of lexical access in bilingual speech production, non-target language vocabulary has also been activated.
以往的研究发现,双语者言语产生的词汇通达过程中,非目标语言的词汇也得到了激活。 - This text is written for non-engineers but it contains a clear basic description of the physiologic and physical processes involved in speech production, transmission, reception and recognition.
这本是针对非技术人员,但它包括语音产生、传送、接收和识别所涉及的生理和物理过程的清晰基础描述。 - Part I deals with background material in the acoustic theory of speech production, acoustic-phonetics, and signal representation.
第一部分讲述有关语音生成的声学理论的背景知识,声学-语音学,及信号表达。 - The Time Course of Lexical Processing in Speech Production
语言产生中词汇加工的时间进程研究 - Speech production is probably the most complex in various human motion control tasks.
在人类的各种运动控制任务中,语音生成任务恐怕是最为复杂的。
