The conventional phase noise processing method, called CPE correction (CPEC), deals with only CPE.
常规的相噪处理方法是CPEC，CPEC只能处理相噪引入的CPE。
The median filtering is a common method in image processing, but it is limited when it faces the swash noise of space high density, because it depends on the fixed Windows and the data points.
中值滤波是图像处理中比较常用的滤波方法，但是它对窗口和数据点的依赖使它在处理空间密度较大的冲激噪声时受到限制。
This method can also be used in other signal processing field to estimate white Gaussian noise.
该方法还可以用于其它信号处理领域高斯白噪声的估计。
The processing results of synthetic data and real data show that this method is able to suppress noise and feasible in fault identification.
理论模型和实际资料的处理结果表明，该方法具有较强的抗噪能力，对断层检测识别具有一定的可行性。
The paper elaborated on the principle of noise suppression processing by using GHM orthogonal multi wavelets for seismic signal and gave real examples to show the effectiveness of the method.
本文详细说明了应用GH M正交多小波对地震信号进行去噪处理的原理，并给出实际例子说明该方法的有效性。
The characteristics of transient electromagnetism's response to every noise and processing method were researched here, which provided instruction for data collecting, processing and explaining.
研究了矿井瞬变电磁法测量中各种噪声的瞬变电磁响应特征和处理方法，为数据采集、资料处理和解释工作提供了重要指导。
On the research of traditional phase noise measurement methods, a new phase processing and phase noise measurement method based on Equivalent phase Comparison Frequency is proposed in this paper.
本论文在对传统相位噪声测量方法研究的基础上，提出了基于等效鉴相频率的相位处理和相位噪声的测量。
The processing results of synthetic and practical data showed that the 3d beamforming filtering method presented by the paper can effectively eliminate a variety of coherent noise.
合成资料和实际资料的处理结果表明，本文提出的三维聚束滤波方法能够有效地消除各种相关噪声。
A new method for testing the video signaltonoise ratio (SNR) of television tracking system was brought forward, in which 3D noise theory and digital image processing technique was adopted.
提出了一种采用三维噪声理论和数字图像处理技术对电视跟踪系统视频信噪比（SNR）进行测试的新方法，并给出了测试系统的结构框图和部分测试结果。
The basic criterion of this noise reduction method is to seek the physical rationality of the electromagnetic data after the noise reduction processing.
物理去噪法去噪的准则是寻求去噪后的电磁数据具有物理上的合理性。
We have improved fringe search method for processing VLBI data at low signal-noise ratio (S/N).
为了处理低信噪比（S/N）的VLBI观测数据，我们对现有的条纹搜索方法做了改进。
This is a time-domain signal processing method which has a lower signal to noise ratio limit. Therefore, it will have very good future in applications.
此方法是目前信噪比门限较低的时域信号处理方法，因而具有广泛的应用前景。
The basic method of adaptive signal processing and the principles of canceling are introduced. The interference canceling is proved by processing sines signal and sines noise signal with this method.
介绍了信号自适应处理的基本方法和自适应对消原理，利用正弦合成信号和正弦与噪声合成信号的对消实例验证了该方法。
Concerning the detection of weak signal in stronger noise background, a novel method was proposed in terms of stochastic resonance processing and by using the better de-noise feature of wavelet.
针对强噪声背景中的弱信号检测问题，在经典随机共振处理方法的基础上，利用小波良好的去噪特点，提出了随机共振加小波去噪检测弱信号的新方法。
Due to low quality of ultrasound image by speckle noise, efficient denoising method is needed for processing and analyzing.
由于超声图像受散粒噪声影响往往像质较差，如何有效实现超声图像的去噪是后续处理和分析的关键。
A new method of low intensity radiated noise measurement is shown using acoustic combined sensor and combined signal processing with pressure and particle velocity.
本文研究运用组合传感器和声压、振速联合信号处理技术进行低噪声通过特性的测量。
Experimental results and attack analysis show that the method is robust against normal image processing such as JPEG loss compression, filtering, additive noise, and cropping attacks.
实验结论和攻击测试表明，该算法对JPEG有损压缩、滤波、附加噪声、剪切等各种图像处理的攻击有较强的鲁棒性。
This method includes the following steps: pre-processing, noise filtering, sentences weighting and summary generation.
该方法包括预处理、噪声过滤、句子权值计算和文摘生成等步骤。
The experimental results show that the watermarks generated with proposed method are invisible and robust against noise and commonly used image processing techniques.
实验结果表明，应用所提出的算法实现的水印对常见图像处理和噪声干扰具有很好的稳健性。
As a novel signal processing method, adaptive sparse representation has a merit of representing signal flexibly and can de-noise effectively when maintaining features of targets.
自适应稀疏表示，作为一种新的信号处理方法，具有表达信号灵活的特点，能够在保持目标特征的同时有效地去除噪声。
The noise suppression method using matrix filter bssed on matched field processing is presented.
利用该矩阵滤波器处理实测数据协方差阵，并利用特征分解获得其噪声子空间。
The application of this method in the flight test noise data processing shows that the method has a good effect in the processing data with nonlinear properties and other complex distributions.
将其应用于含有大量测量噪声的试飞数据处理中，应用结果表明，该方法对非线性和复杂分布的过程数据有很好的处理效果。
Also these methods a re analyzed and compared in the factual condition and a perfect pseudo noise code ranging method is educed. That is PN code ranging with on -board processing.
结合实际情况对这几种方法进行分析比较，在现有技术设备条件下得到了一种比较理想的伪随机码测距方法—星上处理伪随机码测距。
The method of threshold in deleting noise has two kinds of ways. One of them is hard one and the other is soft. The main idea is based on the processing method of the wavelet coefficients.
小波阈值去噪分为硬阈值去噪和软阈值去噪，它们的去噪思想都是在小波分解后的各层系数中，对模大于和小于某个阈值的系数分别进行处理。
The experimental results show that this method are robust against JPEG compression image processing and attack such as noise, filtering, cropping etc.
实验结果表明：提出的算法有较强的抵抗JPEG压缩攻击能力，并且对噪声、滤波、剪切等图像处理操作也取得了良好的鲁棒性。
Experimental result indicates that the new edge detection achieves better image processing effect than traditional method, has strong ability of eliminating noise as well as keeps clear image edge.
实验结果表明，与传统边缘检测算法相比，该算法在保持图像边缘清晰的同时。有很强的去除噪声能力。
Experimental results demonstrates that the proposed method not only enhances both global and local details better, but also reduces the processing time and noise.
实验结果证明，该方法能增强图像的整体和局部细节，有效降噪，耗时较少。
It is proved that this optimized method can effectively improve processing speed with slight Signal to Noise Ratio (SNR) decrease.
实验结果证明，优化后的方法在信噪比性能下降较小的情况下能够获有效地提升计算速率。
In addition, the FFT method is immune to the background noise of the signal, so that the process of signal-processing by the FFT method can advanced.
另外，快速傅里叶变换方法由于不受本底噪声影响，可以不必在信号处理时去掉本底噪声，因而可以明显缩短测量时间。
Noise-removing processing for prestack seismic data is emphatically discussed with refercnce to Mr. Li Qingzhong's one-dimensional iterative noise-removing method.
文中结合李庆忠先生提出的一维迭代去噪方法，重点讨论叠前资料的去噪问题。
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