Tact personified, the woman somehowresisted the impulse to grab his nose with her fist and give it severalturns counterclockwise till it made a ratcheting noise.
为了保持行为得体，女人们还是制止住了自己用手抓住他的鼻子按逆时针猛转几个圈直到听见机轮转动声音的冲动。
Auditory fusion frequency (AFF) of impulse sound and paired pitch in 80 workers exposed to noise and 60 non exposed ones were measured to study the relationship between AFF and auditory fatigue.
为探讨闪声融合频率与听觉疲劳的关系，测量了80名接触噪声工人和60名非接触噪声人员的脉冲声和双音调闪声融合频率。
This method can effectively remove fixed noises of the Gaussian White noise and impulse noise.
该方法能够有效去除高斯白噪声和脉冲噪声的混合噪声。
The technology of impulse detection is the key technology of image filter of impulse noise.
脉冲检测技术是脉冲噪声图像滤波的关键技术。
The simulation results show the proposed method can effectively filter the impulse noise and deduce the negative impact on image smoothing by the median filter.
并通过仿真说明该算法能够比较好的滤除冲激噪声和减小中值滤波对图像引入的平滑效应；
It is shown that the filter presented in the paper has the ability of effective removing the positive impulse noise and better protection for edges and details with simple row and column processing.
实验表明基于行列处理的非线性滤波器通过简单的行列处理，不但能有效消除正向脉冲噪声，而且对图像边缘和细节具有较强的保护能力。
Compared to ordinary noise correction methods, non-linear fitting with a middle and later impulse response function is more advantageous when SNR is relatively low.
与一般的噪声修正法相比，当信号信噪比不足时，对中后期的脉冲响应进行非线性拟合的方法更具优势。
Acoustic impedance changes and hearing threshold shifts after exposure to impulse noise or air-blasts were studied in guinea pigs.
本文利用豚鼠研究了脉冲噪声和空气冲击波暴露后中耳声阻抗的变化和听阈偏移。
As a kind of nonlinear filters, stack filters can suppress impulse noise effectively, and keep edges and details at the same time.
堆栈滤波器是一类能够有效滤除脉冲类噪声，同时能较好地保护图象边缘与细节的非线性滤波器。
The hearing damage after exposure to impulse noise were studied in guinea pigs.
本文研究了脉冲噪声暴露后豚鼠的听觉损伤。
This algorithm set threshold to distinguish impulse noise point, through variance rate of gray level. The information of every impulse noise point is noted in a array.
该算法通过灰度变化率设置阈值判别脉冲噪声点，并将脉冲噪声点信息记录到与图像对应的噪声记录数组中。
To remove mixed impulse noise and Gaussian noise in digital images, a hybrid filter based on the adaptive median filter and the adaptive weighted mean filter are proposed.
为了去除图像中混入的脉冲噪声和高斯噪声，提出了一种基于自适应中值滤波和自适应加权均值滤波的混合滤波方法。
In the paper, it proposes a novel method based on detail image filtering using structure Windows to remove random-value impulse noise from images.
文中提出了一种基于细节图像结构窗滤波去除随机值脉冲噪声的新方法。
The fuzzy impulse noise detector USES the median value and neighborhood information in the window to detects impulse noise. The impulse noise canceller USES minimum-maximum estimate method.
模糊脉冲噪声检测器用窗口内的中值与邻近像素信息来检测脉冲噪声，而脉冲消除器用最小最大值算法计算噪声像素的估计值。
In order to remove the positive impulse noise, a nonlinear filter (RCF) based on row and column filtering is presented and its filtering and detail protection properties are analyzed in the paper.
本文针对数字图像中出现的正向脉冲噪声，提出了基于行列处理消除正向脉冲噪声的非线性滤波器(RCF)，并分析了它的滤波和细节保护特性。
The experimental results show that the circuit can generate typical impulse noise, white noise and mixed noise that has wide applying value in the study of signal processing.
实验结果表明，这种电路能产生典型的冲击干扰、白噪声以及在信号处理研究中很有实用价值的混和噪声。
This approach can be applied in the impulse noise case or in the gauss noise case, hence it possesses the better robust property than the conventional methods.
该算法既可应用于冲激噪声下，又可应用于高斯噪声环境，故具有较好的鲁棒性。
The hearing safe limits for impulse noise between the human body and guinea pigs were discussed in the light of the literature concerned.
文中参照文献资料讨论了人与豚鼠对脉冲噪声的听觉安全界线。
Conclusion Impulse noise causes more serious damage in causing high frequency hearing loss than continuous noise according to equal energy rule.
结论脉冲噪声所致高频听力损失的危害在能量相同的情况下大于稳态噪声。
To improve the performance of impulse noise reduction, a new variational method based on adaptive median filter was proposed.
针对自适应中值和变分滤波方法脉冲噪声去除能力的不足，提出了一种新的变分自适应中值滤波方法。
The simulation results show that the proposed method can remove impulse noise while preserve the edge structure of the image.
实验结果表明，该新方法在去除脉冲噪声的同时，还很好地保留了图像的边缘结构。
Aim: to investigate the inner ear damage after exposure to stable noise, impulse noise and stable plus impulse noise in guinea pigs.
目的：观察稳态噪声、脉冲噪声与两者协同作用下对豚鼠内耳的损伤。
In this paper, a novel approach is proposed for removing and restoring random-valued impulse noise and preserving fine details at the same time.
为了去除图像随机脉冲噪声的同时保留边缘，提出一种新方法。
The filter consists of a fuzzy impulse noise detector, impulse noise canceller and fuzzy jointer.
该滤波器由模糊脉冲噪声检测器、噪声消除器与模糊结合器构成。
Computer simulations show that the influence of both Gaussian noise and impulse noise can be attenuated by the filter efficiently, and the calculation is simple.
经分析和计算机模拟表明，此种方法能较好地消除高斯和脉冲混合噪声的影响，并且计算简单。
We apply sparse signal processing to OFDM channel estimation under impulse noise.
我们将稀疏信号处理应用于冲击噪声下的OFDM信道估计问题。
Differential rank order impulse detector was improved for the impulse noise's detection. The impulse noise was detected more exactly and signal details were preserved.
在检测脉冲噪声时，本文改进了差分排序脉冲噪声检测法，改进后的方法提高了脉冲噪声检测的准确率，保护了信号的细节信息。
The fuzzy impulse noise detector using median value and neighbourhood information detects impulse noise. The impulse noise canceller USES minimum -maximum estimate method.
模糊脉冲噪声检测器用窗口内的中值与邻近像素信息来检测脉冲噪声，而脉冲消除器用最小最大值算法来计算噪声像素的估计值。
Experimental results show that the algorithm can strongly inhibit the impulse noise.
实验证明该算法对脉冲噪声有较强的抑制作用。
While effectively removing the impulse noise, removing Gaussian noise as well.
有效去除脉冲噪声的同时，去除高斯噪声。
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