1) cochlear implant
人工电子耳
1.
The Study on Speech Signal Processing of Cochlear Implant Based on DSP;
基于DSP的人工电子耳语音信号处理的研究
2.
This paper introduces the working principle of cochlear implants, and its continuous interleave sampling (ClS)speech signal processing method, presents the design of the electronic circuit and the flow chart of software programming.
介绍人工电子耳的基本原理和CIS语音信号处理方案,提出基于DSP芯片TMS320LF2407的硬件电路设计和软件编程 流程,最后通过计算机对经过DSP处理后的语音数据进行了仿真和合成,实验结果表明合成语音与原始语音在频谱包 络特征上非常相似。
2) cochlear implants
人工电子耳蜗
1.
The development of speech coding strategies for cochlear implants;
人工电子耳蜗语音编码策略的发展
2.
Objective To introduce the wavelet zero -cross stimulation algorithm and based on which to design and implement the cochlear implants.
目的:介绍小波过零刺激(Wavelet Zero-cross Stimulation,WZS)算法,并利用该算法设计实现人工电子耳蜗系统。
3.
Cochlear implants(CI) are medical devices that can restore partial hearing to a profoundly or totally deafened person via exciting the residual heating neurons directly in accordance with the principle of functional electrical stimulation.
治愈感音神经性耳聋一直是许多医生和科学家的梦想,无论是神经细胞再生技术还是基因治疗手段,其真正应用于临床尚需很长的一段时间,目前人工电子耳蜗技术作为重度感音神经性耳聋患者唯一有效的康复方法,已越来越多地被世人所接受。
4) artifical meatus auditorius
人工耳道
1.
According to the structural property of actual meatus auditorius,We develop an objective method of artifical meatus auditorius to measure sound insulation performance of earplug.
根据真人耳道的结构特性 ,研制了一种客观测量耳塞隔声性能的方法———“人工耳道”法 ,并与测量耳塞隔声性能的主观阈值法进行了比较 ,结果表明 :用“人工耳道”法测量耳塞的隔声性能比主观阈值法具有更好的通用性 ,能方便地对线性或非线性耳塞进行隔声测量和频谱测量 ,且离散度小 ,重复率高 ,比较准确地反映了实际情况下耳塞的单一隔声性能。
5) Cochlear implants
人工耳蜗
1.
CIS algorithm of cochlear implants′ speech signal processing is achieved through hardware method.
文中采用硬件方法对人工耳蜗语音信号处理的CIS算法加以实现。
2.
Through stimulating remainder hearing nerve by electrical signal, cochlear implants are the only medical tools that can make the deaf get part audition.
人工耳蜗是唯一能够使完全耳聋者通过电信号刺激残留的听觉神经以恢复部分听力的医学手段。
3.
Methods One hundred and twelve patients with LVAS who received cochlear implants between the year of 2000 and 2008 at the Cochlear Implant Center of Beijing Tongren Hospital were investigated in this study.
目的分析接受人工耳蜗植入的大前庭水管综合征(large vestibular aqueduct syndrome,LVAS)患者听力特点以及确诊时间与人工耳蜗植入后听觉言语发育的关系,探讨LVAS早期确诊的临床价值。
6) Cochlear implantation
人工耳蜗
1.
An observation and application of the electrode impedances and electrically-evoked compound action potentials after cochlear implantation using two types of electrodes;
弯、直电极阻抗和电诱发复合动作电位阈值观测在儿童人工耳蜗调试中的应用
2.
[Objective] To observe the change of the electrode impedances and the thresholds of the electrically-evoked compound action potentials in different time points after cochlear implantation and to help for deciding the interval of the mapping.
目的观察人工耳蜗植入后不同时间段的电极阻抗和电诱发复合动作电位(ECAP)阈值的变化,探讨其对调试间隔的指导意义。
3.
Objective To investigate the related issues of cochlear implantation procedure.
目的 探讨人工耳蜗植入手术的相关问题。
补充资料：人工受精与人工授精
人工受精与人工授精
artificial fertilization and artificial insemination
我国学者把“人工受精”与“人工授精”两名词区别开来：前者指人工体外受精而言，后者指把精液注入到妇女的阴道或宫颈管、宫腔内，使精、卵在体内相遇。人卵体外受精与胚胎移植后出生的婴儿俗称试管婴儿。
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