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UNDERWATER PHOTOGRAMMETRY METHODS FOR A PECULIAR CASE-STUDY: SAN DOMENICO (PRATO-ITALY).

机译:特殊案例研究的水下摄影测量方法:SAN Domenico(Prato-Italy)。

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San Domenico Church (Prato, Tuscan, Italy) is a very peculiar case of terrestrial archaeology surveyed with underwater archaeological photogrammetric approach. The vault of the choir was completely filled by a very important numbers of potteries, which is very interesting building technique. To document this technique a complete photogrammetric survey was realized, layer by layer, following underwater archaeology system. It is interesting to note that in underwater archaeology such a case is quite rare, in fact or the wreck is in shallow water and the digging can be made (but this case is now unrealistic because in shallow water all the wreck have been stolen - or already excavated by archaeologist - !) or we are in deep water, with well conserved wreck but the depth doesn't allow the excavation. In the last case only a surface survey is possible. Also for these reasons this particular case- study is very interesting in order to test underwater methods on real case. This experimentation is a good opportunity to develop and check methods, algorithm and software to obtain a relevant model of the site merging 3D measure and knowledge about the artefact as typology, theoretical model, spatial relationship between them. Even if this work started in 2006, with now obsolete digital camera and with a photographic campaign which not respect always the current constraints for building a dense cloud of point in photogrammetry, it is now used as a case-study for developing a relevant approach for underwater archaeology survey.
机译:San Domenico教会(普拉托,托斯卡纳,意大利)是水下考古摄影测量方法调查的陆地考古学案例非常奇特。合唱团的拱顶完全被一个非常重要的陶器填补,这是非常有趣的建筑技术。为了记录该技术,在水下考古系统之后,实现了完整的摄影测量测量,逐层层。值得注意的是,在水下考古学这种情况下,这种情况非常罕见,实际上或者破坏在浅水中,可以制作挖掘(但这种情况现在不切实际,因为在浅水中,所有的残骸都被盗 - 或者已经被考古学家挖掘出来了 - !)或者我们在深水中,受到保存的残骸,但深度不允许挖掘。在最后一个情况下,只有表面调查是可能的。对于这些原因,这种特殊情况 - 研究是非常有趣的,以便在实际情况下测试水下方法。该实验是开发和检查方法,算法和软件的良好机会,以获取网站合并3D测量的相关模型和关于人工制品的知识,作为类型的类型,理论模型,它们之间的空间关系。即使这项工作于2006年开始,现在已经过时的数码相机,并始终始终始终是在摄影测量中建立密集点的当前约束的摄影运动,现在用作开发相关方法的案例研究水下考古学调查。

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