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A surveillance system based on motion detection and motion estimation using optical flow

机译:一种基于运动检测和使用光学估计的监视系统

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In today's world Surveillance system is playing an important role in the field of security. Moving object detection has been widely used in video surveillance system. As well as motion estimation is an important part of surveillance video processing such as video filtering and compression from video frames. This paper proposes a simple and efficient surveillance system based on motion detection with motion vector estimation from surveillance video frames. Motion is detected with a new approach-edge region determination which makes detection faster. The surveillance video is then processed for motion estimation using optical flow with Horn-Schunck algorithm for estimating motion vector for its reasonable performance and simplicity. This method is computationally faster without requiring any special hardware for image processing. So it can be more applicable to embedded systems.
机译:在今天的世界监督制度中正在安全领域发挥着重要作用。移动物体检测已广泛用于视频监控系统。以及运动估计是监视视频处理的重要组成部分,例如来自视频帧的视频滤波和压缩。本文提出了一种基于运动检测与监视视频帧的运动矢量估计的简单有效的监视系统。用新的接近边缘区域确定检测运动,这使得检测得更快。然后使用具有与Horn-Schunck算法的光流程处理监控视频,用于估计运动向量的光流,以实现其合理性能和简单性。此方法在计算上更快而不需要用于图像处理的任何特殊硬件。因此它可以更适用于嵌入式系统。

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