01858nas a2200253   4500000000100000000000100001008004100002260001200043653002100055653002400076653001300100653001600113653001100129100002500140700002800165700002700193700002200220245009100242856009800333300000900431490000600440520114400446022001401590       2014                            d  c06/201410aImage Processing10aVisual Intelligence10aPatterns10aRecognition10aOctree1 aHolman Bolivar-Baron1 aRubén González-Crespo1 aJordán Pascual-Espada1 aAlexander Pacheco00aReconstruction of High Resolution 3D Objects from Incomplete Images and 3D Information  uhttp://www.ijimai.org/JOURNAL/sites/default/files/files/2014/03/ijimai20142_6_1_pdf_16808.pdf  a7-160 v23 aTo this day, digital object reconstruction is a quite complex area that requires many techniques and novel approaches, in which high-resolution 3D objects present one of the biggest challenges. There are mainly two different methods that can be used to reconstruct high resolution objects and images: passive methods and active methods. This methods depend on the type of information available as input for modeling 3D objects. The passive methods use information contained in the images and the active methods make use of controlled light sources, such as lasers.  The reconstruction of 3D objects is quite complex and there is no unique solution- The use of specific methodologies for the reconstruction of certain objects it’s also very common, such as human faces, molecular structures, etc. This paper proposes a novel hybrid methodology, composed by 10 phases that combine active and passive methods, using images and a laser in order to supplement the missing information and obtain better results in the 3D object reconstruction. Finally, the proposed methodology proved its efficiency in two complex topological complex objects.  a1989-1660