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Novel Method for Keyframe Extraction using Block Truncation Coding and Mean Square Error

机译:块截断编码和均方误差的关键帧提取的新方法

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A video signal is made of up ‘n’ number of frames. Frames per second gives the number of frames per second, hence 32 fps means there are 32 frames in one second. In video processing we have to process each frame one by one, but processing each frame would consume a lot of resources and time. Key frame is a frame in which there is a major change as compared to the previous frame. Hence instead of processing all the frames we only process the key frames. In applications like video content summarization, data storage and surveillance key frames extraction plays a vital role. This paper explains key frame extraction by MSE, sobel edge detection and MSE, BTC, DTTBTC and TSTBTC. Results of the methods are compared and discussed.
机译:视频信号由UP'n'帧组成。每秒帧提供每秒的帧数,因此32个FP意味着在一秒钟内有32个帧。在视频处理中,我们必须逐个处理每个帧,但处理每帧将消耗大量资源和时间。密钥帧是与前一帧相比的主要变化的帧。因此,而不是处理所有帧,我们只处理关键帧。在视频内容摘要等应用中,数据存储和监视关键帧提取起到重要作用。本文解释了MSE,Sobel边缘检测和MSE,BTC,DTTTC和TSTBTC的关键框架提取。比较和讨论方法的结果。

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