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Space based remote sensing applications for archaeology

机译:基于空间的遥感考古应用

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Remote sensing is the science of gathering information about objects from measurements, made at a distance, without coming into physical contact with the objects under study. Remote sensing whether from ground, aerial and space platform has indeed brought a whole new persepective to archaeological research. They have made possible to "see" the evidences that are not observable otherwise. Usage and interpretations of imagery taken from aerial or space platform for archaeological purposes have been explored in many parts of the world. This paper explores applications of space based stereo imaging for archaeological prospection with three case studies: Badami and Mahabalipuram in India and Qin's Mausolium in china. 3D visualization and virtual reconstructions of landscape is a valuable tool for archaeological study. This papers also explores how 3D models can be further extended to study visibility in a landscape and also analyse topography and flooding dynamics.
机译:遥感是一门科学,它可以在一定距离内从测量中收集有关物体的信息,而不会与被研究物体发生物理接触。无论是从地面,空中还是太空平台进行的遥感,确实为考古研究带来了全新的视角。他们使“看到”否则无法观察到的证据成为可能。在世界许多地方,已经探索了从空中或太空平台获取的用于考古的图像的用法和解释。本文通过三个案例研究了空间立体成像在考古勘探中的应用:印度的Badami和Mahabalipuram以及中国的秦陵。景观的3D可视化和虚拟重建是考古研究的宝贵工具。本文还探讨了如何进一步扩展3D模型以研究景观的可见性以及分析地形和洪水动态。

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