Title :
Maize Embryo Image Acquisition and Variety Identification Based on OTSU and K-Means Clustering Algorithm
Author :
Donglai Ma ; Hong Cheng ; Wenjing Zhang
Author_Institution :
Hebei Software Inst., Baoding, China
Abstract :
In order to evaluate the feasibility of maize variety identification with the embryo characteristics, the paper selected four maize varieties, and scanned 70 images of each variety. It first used OSTU algorithm to segment the embryo images from the whole maize grain image. Then, it extracted six characteristic parameters of embryo from the embryo image, with connected component labeling and multi-object contour extraction algorithm. Finally, it identified the maize varieties with the six kinds of embryo´s characteristic parameters by using the k-means clustering algorithm. With these methods, the variety identification rates of the four maize varieties, including 280 test samples, are all larger than 94.12%. The experimental results demonstrate the effectiveness of maize variety identification based on embryo morphology characteristics.
Keywords :
crops; image segmentation; pattern clustering; OSTU algorithm; embryo images segmentation; embryo morphology characteristics; k-means clustering algorithm; maize embryo image acquisition; maize grain image; maize variety identification; multiobject contour extraction algorithm; variety identification; Agriculture; Clustering algorithms; Educational institutions; Embryo; Feature extraction; Image segmentation; Morphology; embryo characteristic; kmeans cluster; maize; variety identification;
Conference_Titel :
Information Science and Cloud Computing Companion (ISCC-C), 2013 International Conference on
Conference_Location :
Guangzhou
DOI :
10.1109/ISCC-C.2013.82