Kültürel mirasın belgelenmesinde farklı tekniklerin karşılaştırılması: Iasos Bouleuterionu örneği

Abstract

As the first stage of cultural heritage preservation, documentation should be done. This study aims to recommend the most appropriate technique after comparing different techniques in documentation. Iasos Bouleuterion, the study material, was documented through three methods as traditional survey method, terrestrial laser scanning method and photogrammetric method. These techniques were compared in terms of measurement accuracy. In addition to this, comparison was made through digital data and SWOT analysis. As a result of the comparison, it is seen that there was no significant difference among the techniques in terms of measurement accuracy. However, it is possible to say from the literature that traditional survey method is open to error. According to the digital data and SWOT analysis evaluations, photogrammetric method has more advantages than the other techniques such as especially quick and easy application, three-dimensional modelling and giving coordinates. Considering there is a number of cultural heritage sites needing to be documented in our country, photogrammetric technique is recommended in terms of saving time.

Digitally enhancing interior architecture education: Case of online building surveying class

“…In this context, taking measurements is one of the fundamental activities that will affect other components of surveying as well as other stages of architectural work that will be built upon the surveying documents. In order to avoid mistakes, surveying methodology has discrete rules and systematics (Pehlivan et al, 2022). The process is labor intensive and open to human error.…”

“…In contrast with the conventional surveying methods, digital surveying methods are focused on 3D models by creating point cloud data that enables depicting height, distance, coordinates and volume by the use of dedicated computer software (Pehlivan et al, 2022;Vlachos et al, 2019). These software enable creating orthophotos that can be transformed into 2D drawings where needed, as a later stage following the model.…”