Yapay Zeka Hızlı Bakış & Çıkarımlar
AI InsightThe developed methodology can be easily implemented and puts forward the use of low-cost materials.
📌 3 Maddede Bu Makale
Abstract
Purpose The architectural preservation embeds all the activities dealing with the sustainability of the built heritage. The representation and diffusion of heritage take a core place in that process. This study aims at the diffusion of the Aqueduct Kuru Kopru towards a broad public audience, establishment of the awareness that Augmented Reality (AR) methods can be used for the evaluation and presentation of the semi-collapsed structures and serving as a model for the representation and diffusion of virtual reconstructions of Architectural Heritage (AH). Design/Methodology/ApproachThis work refers to restoration and heritage visualization charters, combines Computer-Aided Design (CAD), photogrammetry survey method, and advanced texturing techniques to acquire and model virtual reconstructions of the Aqueduct Kuru Kopru from the Roman-Byzantine period to the year 2017. The paper also describes the frameworks for the implementation of a non-immersive and an immersive AR application to visualize modelled reconstructions. The method used consists ofthreemainstages:modellingofthevirtualreconstructions,texturingofmodels,anddevelopment of AR applications.FindingsThisstudyestablishes ARand culturalheritagedigitizationtechniquesasefficienttoolstorepresent and diffuse the Aqueduct Kuru Kopru. It engages a broad public audience in better comprehension and assessment of the aqueduct. Research Limitations/ImplicationsThe fact that the research is based on a single case study is a limitation for its generalisation. However, the case examined provides a basis for future work that may validate its findings indifferent contexts.Originality/Value The paper proposes the rediscovering of long-abandoned aqueduct Kuru Kopru by learning its spatio-temporal evolution through AR. The developed methodology can be easily implemented and puts forward the use of low-cost materials.