开发考古数据三维可视化的方法:以早期青铜器时代赫里克走廊屋为例

Mariza Kormann, D. Katsonopoulou, S. Katsarou, G. Lock
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引用次数: 7

摘要

数字Helike项目旨在将希腊亚该亚Helike项目中的考古数据数字化。本文对早期青铜器时代的房屋建造技术进行了深入的了解,重点是走廊房屋。Helike Corridor House是希腊大陆早期Helladic时期EH II/ EH III早期建筑风格的典范,这里将其作为案例研究。描述了一种支持结构完整性模拟和高级可视化研究的三维重建方法。本文主要关注三个方面:首先,通过关注研究小组最近进行的结构完整性研究,突出了青铜器时代的技术创新;其次,描述了一种建立完全地理参考的三维模型的方法,该模型支持在gis地理信息系统上进行结构完整性研究和可视化;第三,它通过选择适当的开源、开放标准和免费提供的工具和应用程序,导致数据和可视化在互联网上的普遍访问。这里提出的方法加深了对考古数据的见解,通过实施普遍共享的低成本应用程序,可以获得新的推论和知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methods for developing 3D visualizations of archaeological data: a case study of the early bronze age Helike Corridor House
ABSTRACT The Digital Helike Project aims at the digitization of archaeological data from the Helike Project, Achaia, Greece. This paper advances understanding of Early Bronze Age house building techniques with focus on corridor houses. The Helike Corridor House is a fine example of an architectural style of the Early Helladic period EH II/Early EH III on the Greek mainland and it is used here as a case study. A methodology for 3D reconstruction is described supporting both structural integrity simulations and advanced visualization studies. The paper focuses on three aspects: firstly, it highlights technological innovations in the Bronze Age period by drawing attention to structural integrity studies recently carried out by the research team; secondly, it describes a methodology for building fully geo-referenced 3D models supporting structural integrity studies and visualization on GIS-Geographic Information Systems; and thirdly, it leads to the universal access of data and visualization over the Internet through the selection of appropriate open source, open standards and freely available tools and applications. The methodologies proposed here deepen insights on archaeological data enabling new inferences and knowledge to be gained through the implementation of universally shared low cost applications.
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