2D勒瓦娄哇石核的自动分类算法图像处理与应用

2D LEVALLOIS CORE AUTOMATIC CLASSIFICATION METHOD

  • 摘要: 考古学者对2D勒瓦娄哇石核剥片面进行目测分类具有主观性,不能产生标准的、一致的分类结果,故提出并实现一个可自动分类2D勒瓦娄哇石核的算法(2D Levallois Core Automatic Classification,LCAC2D)。计算机进行石核分类的难点在于,如何将勒瓦娄哇石核类型学分类理论转换为能够提取石核的可区分特征且可自动分类的算法程序。LCAC2D算法利用石核剥片面上的拓扑结构构建基于加权有向图的石核剥片面描述模型,进一步优化模型,对勒瓦娄哇石核进行自动或半自动的分类,在66个样本上测试,准确率达77%,结果表明LCAC2D算法首先实现了对2D勒瓦娄哇石核的定量分析。

     

    Abstract: In order to solve the problem that it is subjective for archaeological researchers to classify 2D Levallois core by eyes, which cannot produce standard and consistent classification result, the LCAC2D (2D Levallois Core Automatic Classification) algorithm is proposed, which can automatically classify 2D Levallois core. The difficulty of computer core classification is how to convert the Levallois typology classification theory into an algorithm program that can extract distinguishable features of core and automatically classify them. The LCAC2D algorithm used the topological structure of core flute surface to build a weighted directed graph description model, and further optimized the model. The Levallois core was automatically or semi-automatically classified. It was tested on 66 samples, and an accuracy of 77% was obtained. The results show that the LCAC2D algorithm is the first to achieve quantitative analysis of 2D Levallois core.

     

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