Abstract
This project provides a proficient approach to coordinate archeological ex-ercises, information administration, digital object representation, and spa-tial investigation. The proposed framework furnishes the client with the in-tuitive investigation of the 3D model artifacts along with detailed infor-mation on specific points of interest alongside their 3D geographic infor-mation system (3D GIS). A parallel result is the utilization of fully trans-parent and cost-effective open source tools and free software. The work ad-dressed the creation of a computerized system that aids classification, ad-ministration, and representation of archeological discoveries inside a 3D web-based repository; and the utilization of 3D digital models as a restora-tion of the artifacts to allow navigation through the data; besides enabling 3D GIS to spatially store, share, envision and examine complex archeologi-cal components; This work is one of the first of its type in Qatar to archive and record all of the archeological data from the Murwab site in Qatar.
Highlights
The 3D geographic information system (3D Geographic Information Systems (GIS)) perception innovation can be connected to the world of cultural heritage as a means of safeguarding, recreating, documenting, researching, and advancing
The 3D geographic information system (3D GIS) perception innovation can be connected to the world of cultural heritage as a means of safeguarding, recreating, documenting, researching, and advancing
The 3D GIS allows the inclusion of 3D georeferenced historical images and 3D models in a scientifically transparent way
Summary
The 3D GIS perception innovation can be connected to the world of cultural heritage as a means of safeguarding, recreating, documenting, researching, and advancing Representation frameworks such as 3D models and 3D GIS attempt to delineate and allow the collection of additional data. Researchers and practitioners that teach have begun to present these new devices for the documentation of archeological sites; employing 3D innovations for routine work requires additional understanding of the real capability of the advances. These advances provide step-by-step enhancement, a more dynamic feature in these advanced methods in actual archeological translation is still sought. A complete digital workflow for archeological documentation is possible by the use of GIS, as it integrates excavation recording procedures, data management, digital object representation, and spatial analysis [21]
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