NSIP:非线性信号与图像处理
“非线性信号与图像处理”(Nonlinear Signal and Image Processing)通常缩写为NSIP,这一简称广泛应用于学术交流与技术文档中,旨在提高书写与传播效率。NSIP是一个跨学科的综合性研究方向,涵盖信号分析与图像处理的非线性方法,适用于多个尚未严格细分的技术领域,尤其在复杂系统建模与智能信息处理中具有重要价值。
Nonlinear Signal and Image Processing具体释义
Nonlinear Signal and Image Processing的英文发音
例句
- A cellular neural network ( CNN ) is a large-scale nonlinear analog circuit suitable for real-time signal and image processing. CNN can be used for high-speed parallel computation and is easy to be translated into a VLSI implementation.
- 细胞神经网络(CNN)是一种实时处理信号的大规模非线性模拟电路,它的连续时间特点以及局部互连特点使其可以进行并行计算,并且非常适用于超大规模集成电路(VLSI)的实现。
- Nonlinear digital filter is the main tool of nonlinear filtering, which have been widely used in many signal and image processing applications since they can effectively deal with noise-corrupted situation that involve impulsive, speckle, or signal-dependent noise.
- 非线性滤波器是非线性信号处理的主要手段,由于它可以有效地处理包含脉冲噪声、斑点噪声或信号独立噪声在内的噪声污染环境,被广泛的应用在信号和图像处理领域中。
- A very important class of nonlinear digital signal processing stems from the concepts of mathematical morphology and is known as morphological filters. Morphological filters have found wide applications in many research fields, such as image analysis and processing, computer vision, etc.
- 数字形态滤波器是从数学形态学发展出来的一种重要的非线性滤波技术,它在图像分析与处理、计算机视觉等领域获得了广泛的应用。
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