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Improved Vertex Chain Code Based Mapping Algorithm for Curve Length Estimation

机译:改进的基于顶点链码的曲线长度估计映射算法

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Problem statement: Image representation has always been an important and interesting topic in image processing and pattern recognition. However, curve tracing and its relative operations are the main bottleneck. Approach: This research presents the mapping algorithm that covers one of the vertex chain code cells, the rectangular-VCC cell. The mapping algorithm consists of a cell-representation algorithm that represents a thinned binary image in rectangular cells, a transcribing algorithm that transcribes the cells into vertex chain code and a validation algorithm that visualizes vertex chain code into rectangular cells. Results: The algorithms have been tested and validated by using three thinned binary images: L-block, hexagon and pentagon. Conclusion/Recommendations: The results show that this algorithm is capable of visualizing and transcribing them into vertex chain code.
机译:问题陈述:图像表示一直是图像处理和模式识别中一个重要而有趣的话题。但是,曲线跟踪及其相关操作是主要瓶颈。方法:本研究提出了一种映射算法,该算法覆盖了一个顶点链代码单元之一,即矩形VCC单元。映射算法包括一个在矩形单元中表示细化的二进制图像的单元表示算法,一个将单元转录为顶点链代码的转录算法和一个将顶点链代码可视化为矩形单元的验证算法。结果:算法已通过使用三个细化的二值图像进行了测试和验证:L块,六边形和五边形。结论/建议:结果表明,该算法能够可视化并将其转录为顶点链代码。

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