该算法由空域分割和时域分割组成。
The proposed algorithm comprises of spatial and temporal segmentation modules.
然后，引入基于多尺度形态梯度的分水岭分割算法，对图像进行空域分割。
Then, a multiscale morphology gradient-based watershed segmentation algorithm is introduced to segment the video frame in the spatial domain.
文章介绍了基于内容的时域及空域视频分割技术，提出了一种基于多帧差异的视频对象分割算法。
This paper introduces video segmentation of temporal segmentation and spatial segmentation, presents a video object segmentation algorithm based on multi-frames difference.
从运动分析的角度出发，对所研究的图像序列，提出了一种基于空域—时域连续小波变换（CWT）的模糊分割算法。
The purpose of this paper is to develop a segmentation algorithm for digital image sequence based on spatiotemporal continuous wavelet transform(CWT).
图像定位的并行处理，是在图像空域上进行区域无损分割，各个处理机节点分别处理一个子区域。
The parallel processing of location of image implements area lossless segmentationin space domain of image. Each node of the processor deals with a substructure.
对图像分割得到的二值图像进行图像形态学处理和空域滤波处理，提高了二值图像的质量。
Then we use morphological image processing and spatial filter processing to improve the quality of binary segmentation image.
提出一种结合尺度不变特征变换(SIFT)特征点校正和时空域视频对象分割的视频对象水印算法。
A video object watermark algorithm using Scale-Invariant feature Transform (SIFT) features and video segmentation based on spatiotemporal information is proposed.
然后对时空域融合的目标增强图像进行自适应阈值分割来提取弱小目标。
The adaptive threshold method of image segmentation is adopted to extract the candidate targets from the fusion image.
然后对时空域融合的目标增强图像进行自适应阈值分割来提取弱小目标。
The adaptive threshold method of image segmentation is adopted to extract the candidate targets from the fusion image.
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