听觉系统

• 2 . bark wavelet is used in the speech enhancement . to decompose and reconstruct the speech . . because bark wavelet is coincide with human auditory system , the speech we got is more nature
  由于bark子波在感知特性上与人耳的听觉系统是吻合的，使增强后的语音更加符合人耳的听觉感知。
• Scientists made historic discoveries about the genetic basis of cancer , the workings of viruses in diseases such as aids , and how our senses of sight , smell and hearing operate
  科学家在癌症的遗传基础、疾病(诸如艾滋病)的病毒活动方式及我们的视觉、味觉和听觉系统如何工作等方面都有了历史性的发现。
• In natural environment , the signal always masked by interfering noise , that the critical problem is auditory system how to catch the signal under the noise conditions and what neural mechanism underlying it
  现实环境中，所需信号常被空间上分散的噪声所掩蔽，因此中心问题是听觉系统如何抽提信号和在掩蔽存在的情况下完成其听觉任务。
• Second , we analysis the character of the human auditory system , especially the psychoacoustic model . then we analyze the principle of the audio part of mpeg - 1 which apply the psychoacoustic model to compressing the audio data
  本文总结了人类听觉系统的特点，特别是人类听觉的感知特性，分析了mpeg标准音频部分所使用的心理声学模型。
• To understand what a reverberant sound actually is and what information our hearing system is able to extract from it , you need to think about how sound waves travel and what happens when they encounter various surfaces
  去了解一下混响声音实际上是任何形成的，以及我们的听觉系统能从中获得什么其他信息，有必须去思考声音是如何传播的，以及他们遇见不同材料的平面后，会发生什么问题。
• First half focuses on human genetics and molecular biology , covering fundamentals of pedigree analysis , linkage analysis , molecular cloning , and gene analysis as well as ethical / legal issues , all in the context of an auditory disorder
  前半段会着重于人类遗传学与分子生物学，涵盖家族系谱分析、连锁分析、分子选殖、基因分析与道德法律议题的基础概述，并且皆以听觉系统疾病为例来说明。
• Bring forward an adaptive data - hiding idea combing the has system and watermarking technique and design an audio adaptive watermarking algorithm based on has system . the simulation results are given out and also test the validity of this method . 5
  并率先提出了基于人类听觉系统感知特性结合水印用途的自适应隐藏思想，设计了一种基于人类听觉系统感知特性的音频自适应水印方案，并进行了仿真研究，证明了方法的有效性。
• The psychoacoustics and physiology of human beings are the theoretical foundation of virtual sound location research . human ’ s auditory system structure and auditory characteristics are introduced in this paper . these are research foundation for this paper
  人类听觉生理学和心理学是研究虚拟声定位技术的基础,本论文回顾了心理声学相关听觉系统以及听觉特性,包括音频定位因素的影响和哈斯效应,掩蔽效应等因素对多音叠加的影响,为本文奠定了研究基础。
• This invention relates to a hearing system for human beings in which high frequency electromagnetic energy is projected through the air to the head of a human being and the electromagnetic energy is modulated to create signal that can be discerned by the human being regardless of the hearing ability of the person
  此发明是一个针对人的听觉系统?高频率电磁波从空中输送到人的脑内?此电磁波携带声音信号?声音作用不会被接收的人听力限制（涵意?聋子也听得到） 。