auditory system

1. Until recently, psychoacoustics has devoted more attention to the behaviour of the peripheral auditory system than to the details of cognitive processing.
   直到最近，心理声学的研究重心开始从认知过程的细节转向了对周边的听觉系统行为的研究。
2. LPC Mel Cepstrum Coefficient ( LPCMCC) which comes from LPC Cepstrum ( LPCC) changed nonlinear by Mel scale according to human auditory characteristics, thus closer to human auditory system.
   LPC美尔倒频谱系数（LPCMCC）根据人耳听觉特性将LPC倒谱系数（LPCC）用非线性美尔尺度进行变换，从而更接近人耳的听觉系统。
3. It has been found that NaSal significantly suppresses the functional activity of GABA neurons, suggesting that NalSal raises excitability in the central auditory system to induce tinnitus.
   我们发现该药物显著地压制GABA神经元的自发活动水平，提示水杨酸钠通过提高中枢听觉系统的兴奋性诱导耳鸣。
4. The study found that the brains of infants with low iron levels in their cord blood had abnormal maturation of auditory system compared to infants with normal cord iron levels.
   研究显示脐带血中铁含量低的婴儿大脑听觉系统成熟度较正常脐带血铁含量的儿童异常。
5. Effect of noise on the auditory system and the intelligence development of premature infants treated in the neonatal intensive care unit
   新生儿重症监护病房噪音对早产儿听力及智力发育的影响
6. Experimental Study of the Effect of Hyperbilirubinemia on Auditory System Function in Newborn Guinea Pigs
   高胆红素血症对新生豚鼠听觉系统功能影响的实验研究
7. An introductory course in the molecular biology of the auditory system.
   此课为听觉系统的分子生物学之导论课程。
8. This paper presents a speech enhancement method based on the masking properties of the human auditory system.
   为提高增强语音的听觉效果，研究了一种结合维纳模型和人耳听觉掩蔽效应的语音增强方法。
9. It is reviewed that relationships between neurontrophins and hearing loss in auditory system.
   综述了在听觉神经系统中，神经营养因子与听力损伤、电刺激、突触疲劳的关系；
10. Sound, the Auditory System, and Pitch Perception.
    声音，听觉系统，与音调知觉。
11. Spectral subtraction speech enhancement based on the masking properties of human auditory system Experimental Study on Increasing Effect and Decreasing its Side-effect of Cisplatin of LiuJunZi Decoction
    基于掩蔽效应的谱相减语音增强算法六君子汤对顺铂增效减毒的实验研究
12. Describe two peripheral neural codes that could be used by the auditory system to represent the frequency of pure tones.
    描述两项听觉系统表现纯音频率的周边神经编码模式。
13. Digital audio Sound waves generate air pressure oscillations that stimulate the human auditory system.
    数字音频声波产生气压振动刺激人的听觉系统。
14. The masking of the auditory system is used to determine the value of each frame dynamically and the enhancement is performed selectively.
    算法利用人耳的听觉掩蔽效应动态确定每一帧的权值，有选择地增强。
15. Promote circulation to auditory system.
    促进听觉系统的循环。
16. This paper gave a novel approach that takes advantages of this property of auditory system to improve speaker recognition in real applications.
    利用这一特性把丢失数据技术应用于噪声环境下说话者识别系统的性能改进。
17. Effect of Early Acoustic Experience on the Development of Auditory Function in Central Auditory System and the Underlying Mechanism
    生后早期声环境影响中枢听觉功能发育的细胞分子机制
18. Nevertheless, the tinnitus may not disappear even the labyrinthine is totally removed because the spontaneous spark of the neurons in the central auditory system after the operation.
    但即使迷路被完全切除了，耳鸣仍不一定消失。这是因为手术后中枢听觉系统的神经元仍然在自发地放电。
19. For the accuracy of sound source localization, the authors provided an algorithm which estimated the sound azimuth roughly through the auditory system of robot.
    针对空间声源目标定位的精确问题，提出了利用机器人听觉定位系统进行快速的声源水平方位粗定位。
20. Objective To explore the effect of acclimatization exposure to noise on the auditory system in human.
    目的探讨噪声习服性暴露对人听觉系统的保护作用。
21. Effect of carboplatin on the central auditory system in the chinchilla
    卡铂对灰鼠中枢听觉系统影响研究
22. Objective To study the effect on auditory system in human body of repeated exposure to a certain intensity noise.
    目的观察反复暴露于一定强度噪声对人听觉系统的影响。
23. A new adaptive digital audio watermarking based on integer lifting wavelet transform and human auditory system is presented.
    提出了一种基于整型提升小波变换与人类听觉系统（HAS）的自适应数字音频水印嵌入算法。
24. Sound source localization is one of main functions of auditory system.
    声源定位是听觉系统的主要功能之一。
25. Firstly, the features of the human auditory system are investigated, expecially hearing process and hearing perception mechanism.
    论文通过对人类听觉系统的深入了解，研究了人类听声辨物的过程与机理。
26. Thereafter the thesis summarizes the characteristics of Human Auditory System ( HAS).
    其后详细总结了人类听觉系统的特点。
27. And we summarize the character of the human auditory system, especially the psychoacoustic modal.
    总结了人类听觉系统的特点，特别是人类听觉的感知特征以及心理声学模型。
28. Accumulating evidences demonstrated that cochlear lesion will cause functional and plastic changes in center auditory system.
    越来越多的证据表明耳蜗损伤会导致中枢听觉系统发生功能性及可塑性变化。
29. Auditory system, as an important sense component of human, has become an important research subject.
    听觉系统，作为人类感官的重要组成部分，已经成为机器人领域的重要研究对象。
30. Language development which depends on the development of auditory system is also vulnerable to the preterm birth.
    由于儿童语言发育依赖于听觉系统的发展，因而也易受到早产因素的影响。

noun

1. the sensory system for hearing