Automated Reconstruction of Fragmented Objects Using Their 3D Representation - Application to Important Archaeological Finds
In this work a new methodology is introduced for the automated reassembling/reconstruction of fragmented objects using their 3D digital representation.The whole process starts by 3D scanning of the available fragments.These are subsequently properly processed and the obtained fragments3D images are automatically tested for possible matching,by means of five novel introduced criteria.The first criterion considers the volume of the gap between two properly placed fragments.Two more criteria consider the fragmentsoverlapping in each possible matching position.Finally,criteria 4,5 employ principles from calculus of variations to obtain bounds for the area of the contact surfaces and the length of contact curves.The method has been applied with great success both in the reconstruction of an object artificially broken by the authors and,most important,in the virtual reassembling of parts of wallpaintings made before 1100 BC.,excavated highly fragmented in Mycenae and Tiryntha,Greece.
C.Papaodysseus D.Arabadjis M.Panagopoulos P.Rousopoulos M.Exarhos
School of Electrical and Computer Engineering,National Technical University of Athens,GR-15773
国际会议
9th International Conference on Signal Processing(第九届国际信号处理学术会议)(ICSP08)
北京
英文
2008-10-26（万方平台首次上网日期，不代表论文的发表时间）