Recognition of incomplete and overlapped weed seeds based on self-organization delayed neural network

Changjiang Shi, Qian Wang, Wencang Zhao
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Abstract

The polygonal representation method is put forward in the paper. The method is based on recursion and boundary division which describes the shape of the incomplete and overlapped weed seeds. The method extracts the contour shape features as local features using the scale space method. The local features are irrelevant to the position and orientation, at the same time, meet the scale, rotation and translation invariance. The incomplete and overlapped weed seeds are identified using the self-organization delayed neural network. The adjacent corner features are analyzed, compared and identified by spatial adjacency relationship among the angle characteristics. At last, the method was proved feasible the experiment by in recognizing the incomplete and overlapped weed seeds.
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基于自组织延迟神经网络的不完整和重叠杂草种子识别
本文提出了多边形表示方法。该方法基于递归和边界划分,描述了不完整和重叠的杂草种子的形状。该方法利用尺度空间法提取轮廓形状特征作为局部特征。局部特征与位置、方向无关,同时满足尺度、旋转、平移不变性。采用自组织延迟神经网络对不完整和重叠的杂草种子进行识别。利用角特征之间的空间邻接关系对相邻角特征进行分析、比较和识别。最后,通过对不完整和重叠杂草种子的识别实验,验证了该方法的可行性。
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