Abstract The use of digital techniques is often applied today by archaeologists in the field to get quick and reliable 3D surveys for their research. 3D models and reconstructions are the focus for the use of these techniques. The aim of this paper is to present the methodology employed during the 2018 season, and its combination with that from 2016 on the private areas of the bishop’s residence of the Episcopal Palace in the ancient city of Side, Turkey. This paper will focus on the data acquisition process, accuracy of the survey, errors and solutions as well as the workflow-process of the data. The aim is to present a useful workflow to combine surveys at a maximum level of accuracy with already completed surveys. A Total Station (TS) survey, Global Positioning System (GPS) Real Time Kinetics (RTK) survey and Structure from Motion (SfM) are among the techniques used to compile the information later exported into a Computer Aided Design (CAD) and Geographic Information System (GIS) environment. Eventually, viable applications of the data created with such methods that help to formulate a new hypothesis for the ritual and non-ritual areas will be shown: plans, 3D models, digital elevation models (DEM) and orthophotos.

中文翻译：

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古代建模。锡德主教宫的私人区域测量。火鸡

摘要如今，考古学家在本领域中经常使用数字技术，以获取快速，可靠的3D调查数据。3D模型和重建是使用这些技术的重点。本文的目的是介绍在2018赛季使用的方法，以及与2016年以来在土耳其古城锡德的主教宫殿主教住所的私人区域中使用的方法的结合。本文将重点介绍数据采集过程，调查的准确性，错误和解决方案以及数据的工作流程。目的是提出一个有用的工作流程，以最大的准确性将调查与已经完成的调查结合起来。全站仪（TS）调查，全球定位系统（GPS）实时动力学（RTK）测量和运动结构（SfM）是用于编译信息的技术，这些信息随后被导出到计算机辅助设计（CAD）和地理信息系统（GIS）环境中。最终，将显示通过这种方法创建的数据的可行应用，这些方法有助于为仪式和非仪式区域提出新的假设：平面图，3D模型，数字高程模型（DEM）和正射照片。