Cartographic Engineer from São Paulo State University, Brazil (2008-2012). M.Sc. (2013-2015) and PhD. (2015-2019) in Cartographic Sciences, São Paulo State University, Brazil. In the master's, I developed a project (financed by CNPq - National Council for Scientific and Technological Development) related to the automatic extraction of linear and punctual features from LiDAR data aiming at the relative adjustment of strips. In the doctorate, I worked on a research project related to the extraction and regularization of building roof boundaries from LiDAR data using the alpha-shape algorithm and the CD-Spline concept. It was financed by CNPq and FAPESP (São Paulo Research Foundation). Additionally, during my doctorate I did a research internship abroad (April-November, 2017) by BEPE (Research Internship Scholarship Abroad) under the supervision of Prof. Dr. Ayman F. Habib in Department of Civil Engineering at Purdue University (USA). During this period, I developed research activities in the DPRG group (Digital Photogrammetry Research Group). Currently, I am developing postdoctoral research in Graduate Program on Cartographic Sciences (PPGCC), São Paulo State University/Brazil. Research areas: LiDAR data processing, 3D reconstruction, Photogrammetry, and Building modeling. (Source: Lattes Curriculum)
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This project proposes a new methodology for building roof boundary regularization based on the CD-Spline concept. This concept was first explored during the PhD. The main advantage of the CD-Spline is related to modeling of complex contours, since it considers polynomial functions of different degrees. The results obtained in the PhD indicated the potentiality of CD-spline in the boundary…
The aim of this work is to propose a procedure for extraction and regularization of building roof contours from LiDAR data. The LiDAR data correspond to points sampled by airborne LASER scanning system. The contribution of this project is the development of a methodology that allows the automatic extraction and regularization of straight-line and curved contours in three-dimensional space…
Building boundaries play an essential role in many applications such as urban monitoring, managing and planning and production of 3D realistic views. In this sense, it is proposed a new methodology for building roof boundary regularization based on the CD-spline (Changeable Degree - Spline) concept. This concept was first explored during the doctorate and allow to model complex boundarie…
In the last decades, the processes involved in building extraction from LiDAR data have been the subject of several studies. One of the main interests of the scientific community is related to the generated data set, which can be used to generate or update geographic information systems. The contribution of this project is the development of a methodology that allows the automatic extract…
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