@TechReport{TR068,
  author =	 "Srdan Tosovic",
  institution =	 "PRIP, TU Wien",
  number =	 "PRIP-TR-068",
  title =	 "Adaptive {3D M}odels of {Objects} by {C}ombining
                  {S}hape from {S}ilhouette and {S}hape from
                  {S}tructued {L}ight",
  year =	 "2002",
  url =		 "https://www.prip.tuwien.ac.at/pripfiles/trs/tr68.pdf",
  abstract =	 " This thesis proposes a method of three-dimensional
                  reconstruction of objects using a combi- nation of
                  two di erent methods, Shape from Silhouette and
                  Shape from Structured Light, focusing on
                  reconstruction of archaeological vessels. Shape from
                  Silhouette is a method suitable for reconstruction
                  of objects with handles, whereas it is unable to
                  reconstruct con- cavities on an object's surface,
                  such as inside of a bowl. Shape from Structured
                  Light can reconstruct such concavities, but it often
                  creates incomplete models because of camera and
                  light occlusions. The purpose of combining these two
                  methods is to overcome the weak- nesses of one
                  method through the strengths of the other, making it
                  possible to construct complete models of arbitrarily
                  shaped objects. The construction is based on
                  multiple views of an object using a turntable in
                  front of stationary cameras. The method is adaptive,
                  because it automatically selects a subset of
                  possible views, guided by the complexity of the
                  object modeled. Results of the algorithm developed
                  are presented for both synthetic and real objects.",
}