Open Access. Powered by Scholars. Published by Universities.®
Social and Behavioral Sciences Commons™
Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 2 of 2
Full-Text Articles in Social and Behavioral Sciences
Integrative 3d Recording Methods Of Historic Architecture: Burg Hohenecken From Southwest Germany, Aaron C. Pattee
Integrative 3d Recording Methods Of Historic Architecture: Burg Hohenecken From Southwest Germany, Aaron C. Pattee
Anthropology Department: Theses
This research explores the methodology and application of photogrammetric and laser-scanning recording methods to a castle ruin, with the primary purpose of digitally preserving the castle. Both methods generated interactive 3D models via the combination of still images (photogrammetry) and precise laser measurements (laser-scanning), which were then combined into a single model. The case study is the medieval castle ruin Burg Hohenecken located in the city of Kaiserslautern in southwest Germany. The castle was active from 1212-1689, as one of over fifty castles within the region of the Pfalz. The inhabitants included the noble von Hoheneck family and various …
Past Meets Future: Combining Gis, 3d Technologies, And Legacy Data To Reanalyze Ceramics At Copan, Honduras, Stephanie Sterling, Heather Richards-Rissetto, René Viel
Past Meets Future: Combining Gis, 3d Technologies, And Legacy Data To Reanalyze Ceramics At Copan, Honduras, Stephanie Sterling, Heather Richards-Rissetto, René Viel
UCARE Research Products
The archaeological site of Copán—a UNESCO World Heritage Site in Honduras—was a primary center for cultural and economic exchange in the Maya world from the fifth to ninth centuries. Our research investigates the sociopolitical climate of the city immediately preceding this collapse. This poster presents the results of a pilot study intended to evaluate the potential of using a combination of digital technologies and legacy data to reanalyze a subset of diagnostic ceramics from select sites outside of Copan’s urban core. Our methods involved:
(1) Applying photogrammetry to generate 3D models for approximately 30 potentially temporally-diagnostic ceramic types
(2) Digitizing, …