Human Image Recognition through Dynamic Mapping Generation

Hsuan-Ming Feng, Hua-Ching Chen, Ching-Chang Wong
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Abstract

This paper proposed an image preparing technology to remove completely the noise effects of unexpected conditions and actually extract primary feature of human pose in indoor environment. Color image conversation with YCbCr, enhanced image intelligibility with a median filter, one OPEN operation and one labeling algorithm, are applied to detect the object‘s boundary. A dynamic image segmentation matching algorithm generated human feature vectors, which are used to search the most similar pattern for approximating the correct human pose. Several experiments show that the proposed dynamic image segmentation matching algorithm actually detected the real characteristics of human pose and makes the great support to re-cover the various image feature problem in complex environment. Future work for an intelligent human pose is used to virtually control home equipment in everywhere.
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基于动态映射生成的人体图像识别
本文提出了一种完全去除非预期条件下的噪声影响,真实提取室内环境中人体姿态主要特征的图像预处理技术。采用YCbCr彩色图像对话、中值滤波增强图像清晰度、OPEN操作和标记算法检测目标边界。动态图像分割匹配算法生成人体特征向量,用于搜索最相似的模式以逼近正确的人体姿态。实验表明,本文提出的动态图像分割匹配算法能够检测出人体姿态的真实特征,为复杂环境下的各种图像特征问题的重新覆盖提供了有力的支持。未来对智能人体姿势的研究将用于虚拟控制任何地方的家用设备。
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