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Application of Multi-target Pose Estimation in Wearable Monitoring System

机译:多目标姿态估计在可穿戴监控系统中的应用

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摘要

The traditional examination monitoring has some disadvantages: monitor dead, blur distance monitoring pictures, monitoring environment restrictions and so on. This article researches wearable monitoring method. The method supplies multi-objective, multi-angle and close supervision, and breaks some technical barriers such as room space constrain, light interference. This article mentioned an integral projection algorithm basing on narrowing region, and this algorithm can focus face characters from video picture sequence, so it supplies precision guarantee for face pose estimate. Its basic thought is that establish the mapping relationship between position parameters and face three-dimensional pose by using the positions of face oval models and feature points matrixes in images, then apply the face pose in intelligent video examination monitoring system according to the gesture parameters obtained from inputted face images, and the experiment showed the system can run well.
机译:传统的检查监控有一些缺点:监控死角,模糊距离监控图片,监控环境限制等。本文研究了可穿戴监测方法。该方法提供了多目标,多角度,严密的监督,打破了一些技术障碍,如空间限制,光线干扰。本文提出了一种基于变窄区域的积分投影算法,该算法可以聚焦视频序列中的人脸字符,为人脸姿势估计提供了精确的保证。其基本思想是利用图像中人脸椭圆模型和特征点矩阵的位置建立位置参数与人脸三维姿势之间的映射关系,然后根据获得的手势参数将人脸姿势应用于智能视频检查监控系统从输入的面部图像中进行实验,实验表明该系统可以很好地运行。

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