提出了一种基于关键帧融合的视频片段检索方法。
A keyframe merging-based video clip retrieval method was presented.
在连续帧间隔的几个毫秒内，要从新图像中提取相关信息融合到现有图像中更新视图。
In the milliseconds between successive frames, relevant information from each fresh image must be extracted and fused with the current map to produce an updated version.
具体讨论了变换系数活跃度测量、变换系数融合方法、变换系数验证、帧变换分解深度等问题。
The concrete fusion process, such as activity level measurement, coefficient combination methods, consistency verification and decomposition depth are discussed in detail.
检索时，对范例视频片段的每个关键帧检索到相似的关键帧，所有的相似关键帧按照时间连续性融合为视频片段。
Finding the similar keyframes to any keyframes of an example video clip when retrieving, and all the similar keyframes were merged into clips.
为了充分利用目标的运动信息，连续多帧图像的融合特征图像进行能量累积，达到进一步提高检测概率，降低虚警率。
In order to sufficiently utilize the motion information, the feature images of multi-frame are cumulated to improve the detection probability and reduce the false alarm rate.
图像经图像融合后，进行PETCT融合图像、PET图像和CT图像帧对帧对比分析。
PET/CT fusion images, PET images and CT images of the same patient were analyzed frame by frame.
第一种帧同步算法直接利用了一个长PN序列产生相关并融合保护间隔的冗余特性获得同步信号。
The first kind of the frame synchronization algorithm employs the correlation of the long PN sequence and the redundancy of the guard interval to produce the synchronization signal.
为提高结核病痰涂片显微图像的质量，提出了一种基于多帧不同曝光图像信息融合，扩展被检测显微图像的动态范围，提高检测视野显微图像质量的实现方法。
A novel method based on multi-frame image information fusion is presented by extending the dynamic range of the microscopic image in order to improve the quality of TB sputum smear microscopic image.
为提高结核病痰涂片显微图像的质量，提出了一种基于多帧不同曝光图像信息融合，扩展被检测显微图像的动态范围，提高检测视野显微图像质量的实现方法。
A novel method based on multi-frame image information fusion is presented by extending the dynamic range of the microscopic image in order to improve the quality of TB sputum smear microscopic image.
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