Automatic recognition of flowers through color and edge based contour detection

Soon-Won Hong, L. Choi
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引用次数: 22

Abstract

Unlike simple images processed by the existing image-based search engines, flowers have wider and more irregular range of shapes and patterns. In this paper we present an automatic recognition system of flowers for smartphone users. After a user transmits a flower image to the server, the image processing and searching is performed only by the server, eliminating the user interaction from the recognition process. The server detects the contour of a flower image by using both color-based and edge-based contour detection. Then, we classify its color groups and contour shapes by using k-means clustering and history matching. After comparing the input image with the reference images stored on the server, the server sends the most similar image to the user. We also address the image recognition failure issue caused by the light and the camera angle by partial recognition and image recovery. We have obtained the success rate of 94.8% for 500 images from 100 species.
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通过颜色和基于边缘的轮廓检测自动识别花卉
与现有基于图像的搜索引擎处理的简单图像不同,鲜花的形状和图案范围更广、更不规则。本文提出了一种面向智能手机用户的花卉自动识别系统。用户将花卉图像传输给服务器后,仅由服务器进行图像处理和搜索,从识别过程中消除了用户交互。服务器通过使用基于颜色和基于边缘的轮廓检测来检测花朵图像的轮廓。然后利用k-means聚类和历史匹配对其颜色组和轮廓形状进行分类。将输入图像与存储在服务器上的参考图像进行比较后,服务器将最相似的图像发送给用户。我们还通过部分识别和图像恢复来解决光线和相机角度引起的图像识别失败问题。我们对100个物种的500张图像进行了筛选,成功率为94.8%。
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