首页> 外文会议>Information Science and Engineering (ICISE), 2009 >Research on the 3D Modeling and Spatial Patterns of Archaeological Stratigraphy: A Case Study of the Jinsha Site
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Research on the 3D Modeling and Spatial Patterns of Archaeological Stratigraphy: A Case Study of the Jinsha Site

机译:考古地层的3D建模与空间格局研究-以金沙遗址为例

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Currently, studies of archaeological stratigraphy strongly rely on spatial pattern. In this paper, we propose an approach for building the 3D model of archaeological stratigraphy, and introduce a method that combines spatial data statistics with spatial pattern recognition of archaeological stratigraphy. The 3D model is based on the IDL language programming, and the integrated 3D visualization system is based on the Micorsoft.NET platform development. In the integrated 3D visualization system, we can analyze the spatial distribution trend of stratigraphic units, reconstruct the original appearance of excavation units, and deduce the sedimentary processes. As a case study, we apply the modeling technique to Jinsha Site. Results indicated that the excavation pits can be shown in an active 3D scene and spatial characteristics can be identified with quantitative descriptions.
机译:目前,考古地层学研究强烈依赖于空间格局。在本文中,我们提出了一种建立考古地层3D模型的方法,并提出了一种将空间数据统计与考古地层的空间模式识别相结合的方法。 3D模型基于IDL语言编程,集成的3D可视化系统基于Micorsoft.NET平台开发。在集成的3D可视化系统中,我们可以分析地层单元的空间分布趋势,重建基坑单元的原始外观,并推断出沉积过程。作为案例研究,我们将建模技术应用于金沙遗址。结果表明,可以在活跃的3D场景中显示挖掘坑,并可以通过定量描述来识别空间特征。

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