52 lines
2.9 KiB
TeX
52 lines
2.9 KiB
TeX
% !TEX root = thesis.tex
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\chapter{Curriculum vitae}
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\noindent
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Gustavo Adolfo \href{http://ken.mx}{\textbf{Ken Arroyo Ohori}} was born on June 12, 1985 in Mexico City.
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He graduated in 2003 from the Bicultural High School (`\emph{Preparatoria Bicultural}') programme and in 2007 from the BSc in Computer Science and Technology programme (`\emph{ITC01: Ingenier\'\i{}a en Tecnolog\'\i{}as Computacionales}') at the Mexico City campus of the Monterrey Institute of Technology and Higher Education (`\emph{Instituto Tecnol\'ogico y de Estudios Superiores de Monterrey}').
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\marginpar{\includegraphics[width=\marginparwidth]{figs/me}}
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Arriving to the Delft University of Technology in 2008, Ken graduated from the MSc in Geomatics programme in 2010 with his thesis on the \emph{Validation and automatic repair of planar partitions using a constrained triangulation}, which later evolved into some of the data repair ideas exposed in \refch{ch:cleaning} of this thesis.
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In 2011, Ken started his PhD project on the \emph{Higher-dimensional modelling of geographic information}, supervised by \href{https://3d.bk.tudelft.nl/jstoter/}{Jantien Stoter} and \href{http://tudelft.nl/hledoux}{Hugo Ledoux}, working under the umbrella of the project \emph{5D Data Modelling: Full Integration of 2D/3D Space, Time and Scale Dimensions} of the Dutch Technology Foundation (\emph{STW}).
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In October 2012, he visited \href{http://liris.cnrs.fr/guillaume.damiand/}{Guillaume Damiand}, collaborating on the incremental construction method that later became \refch{ch:incremental-construction} of this thesis.
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In 2016, Ken started working as a postdoc in the same \emph{5D Data Modelling} project, focusing on 4D visualisation and in the integrated modelling of space and time.
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\clearpage
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\section*{Publications}
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{\small
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\begin{itemize}
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\papermethodsxvoxelisation%
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\paperijgisroeland%
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\paperudmvobj%
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\paperisprsnd%
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\paperijgind\mparshift{-3.3\baselineskip}\marginpar{\raggedleft{}In \refch{ch:linking-lods}}%
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\paperijgisextrusion\mparshift{-3.3\baselineskip}\marginpar{\raggedleft{}In \refch{ch:extrusion}}%
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\paperijgisndstructures\mparshift{-3.3\baselineskip}\marginpar{\raggedleft{}In \refse{se:data-structures} \& \refse{se:nd-modelling-conclusions}}%
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\papercgeoprepair\mparshift{-2.3\baselineskip}\marginpar{\raggedleft{}In \refse{se:pprepair}}%
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\papericaaincrementalconstruction\mparshift{-6.3\baselineskip}\marginpar{\raggedleft{}In \refch{ch:incremental-construction}}%
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\paperacmsigspatialextrusion%
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\clearpage%
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\papericcsand%
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\papergeoadvancesnd\mparshift{-5.2\baselineskip}\marginpar{In \refse{se:duality}}%
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\paperagileslicing%
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\paperpfgpprepair\mparshift{-3.2\baselineskip}\marginpar{In \refse{se:pprepair}}%
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\paperosgisrepair%
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\papertdgeoinfond%
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\paperagileprepair%
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\paperostravaedgematching%
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\end{itemize}
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}
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\clearpage
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\null%
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\marginpar{
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\includegraphics[width=\marginparwidth]{figs/3dgeoinfo}\\
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\vspace*{11.5cm}
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\includegraphics[width=\marginparwidth]{figs/barcode}
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}
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