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首页> 外文期刊>Discrete dynamics in nature and society >Video Noise Reduction Method Using Adaptive Spatial-Temporal Filtering
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Video Noise Reduction Method Using Adaptive Spatial-Temporal Filtering

机译:自适应时空滤波的视频降噪方法

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摘要

We proposed a novel method of video noise reduction based on the spatial Wiener filter and the temporal filter. In the proposed spatial Wiener filter, both the amount of noise and the size of the mask are taken into consideration. The proposed model has a great capacity to be adaptive in each area in accordance with the amount of noise. In the proposed model, the motion detector is applied to control the noise removal process in accordance with the area’s information (i.e., static or movable). More accurately, more noise removal is done in the areas that are potentially still areas and less removal in the areas that are potentially motion areas. The proposed model achieves a maximum gain of 7.6 dB and capacity of conserving the significant image features (e.g., edges). The experimental results demonstrate that the new approach is more efficient than reference methods in terms of noise removal and edges preservation.
机译:我们提出了一种基于空间维纳滤波器和时间滤波器的视频降噪新方法。在提出的空间维纳滤波器中,同时考虑了噪声量和掩模尺寸。所提出的模型具有根据噪声量在每个区域进行自适应的强大能力。在建议的模型中,运动检测器用于根据区域信息(即静态或可移动)控制噪声消除过程。更准确地,在可能是静止区域的区域中完成了更多的噪声消除,而在可能是运动区域的区域中进行了更少的噪声消除。提出的模型可实现7.6 dB的最大增益,并具有保留重要图像特征(例如边缘)的能力。实验结果表明,该新方法在噪声去除和边缘保留方面比参考方法更有效。

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