Personal Information
Unternehmen/Arbeitsplatz
Noli Italy
Branche
Education
Webseite
davidcanino.github.io
Info
I got my degree in Computer Science (equivalent to bachelor+master degree, mark: 110/110 magna cum laude) from the Department of Computer Science, Bioengineering, Robotics, and Information Systems (DIBRIS), University of Genova, Italy on October 2007. I started my PhD degree in Computer Science in 2008 in the University of Genova, advised by Professor Leila De Floriani. I received my PhD degree in 2012. I spent two years (from April 2012 to April 2014) as Research Fellow at DIBRIS.
My research interests are in geometric modeling, geometric processing, computational topology, computer graphics, topological and structural representations of digital shapes, multi-resolution modeling, fast ..
Tags
topological data structures
simplicial complexes
topology
structural model
computer
math
slide
conference
media
science
slides
mathematics
representations
results
dimension-indepent
decomposition
components
phd
defence
non-manifold
thesis
template programming
c++
software
rapid prototyping
cell complexes
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Präsentationen
(9)Gefällt mir
(23)Slides of my Master's Thesis
David Canino
•
Vor 13 Jahren
Introduction to Apache Kafka and Confluent... and why they matter
confluent
•
Vor 6 Jahren
The joy of computer graphics programming
Bruno Levy
•
Vor 7 Jahren
The dual geometry of Shannon information
Frank Nielsen
•
Vor 7 Jahren
Canino d2016stag slides
David Canino
•
Vor 7 Jahren
NVIDIA CES 2016 Press Conference
NVIDIA
•
Vor 8 Jahren
Optimal Transport for a Computer Programmer's Point of View
Bruno Levy
•
Vor 8 Jahren
Traitement des données massives (INF442, A8)
Frank Nielsen
•
Vor 8 Jahren
PHP and FastCGI Performance Optimizations
Alessandro Pilotti
•
Vor 11 Jahren
Computational Information Geometry for Machine Learning
Frank Nielsen
•
Vor 9 Jahren
Dimension-Independent Data Structures for Simplicial Complexes
David Canino
•
Vor 9 Jahren
The Future of Presentations: Top Trends for Communicators
Haiku Deck
•
Vor 9 Jahren
short_intro_to_CMake_(inria_REVES_team)
Jérôme Esnault
•
Vor 9 Jahren
Watson: An Academic's Perspective
James Hendler
•
Vor 9 Jahren
Voronoi diagrams in information geometry: Statistical Voronoi diagrams and their applications
Frank Nielsen
•
Vor 9 Jahren
Tools for Modeling and Analysis of Non-manifold Shapes
David Canino
•
Vor 9 Jahren
(slides 7) Visual Computing: Geometry, Graphics, and Vision
Frank Nielsen
•
Vor 9 Jahren
(slides 9) Visual Computing: Geometry, Graphics, and Vision
Frank Nielsen
•
Vor 9 Jahren
Representing Simplicial Complexes with Mangroves
David Canino
•
Vor 10 Jahren
A Dimension-Independent and Extensible Framework for Huge Geometric Models
David Canino
•
Vor 11 Jahren
An Extensible Framework for Modeling Simplicial Complexes
David Canino
•
Vor 11 Jahren
A Decomposition-based Approach to Modeling and Understanding Arbitrary Shapes
David Canino
•
Vor 11 Jahren
A Compact Representation for Topological Decompositions of Non-Manifold Shapes
David Canino
•
Vor 11 Jahren
Personal Information
Unternehmen/Arbeitsplatz
Noli Italy
Branche
Education
Webseite
davidcanino.github.io
Info
I got my degree in Computer Science (equivalent to bachelor+master degree, mark: 110/110 magna cum laude) from the Department of Computer Science, Bioengineering, Robotics, and Information Systems (DIBRIS), University of Genova, Italy on October 2007. I started my PhD degree in Computer Science in 2008 in the University of Genova, advised by Professor Leila De Floriani. I received my PhD degree in 2012. I spent two years (from April 2012 to April 2014) as Research Fellow at DIBRIS.
My research interests are in geometric modeling, geometric processing, computational topology, computer graphics, topological and structural representations of digital shapes, multi-resolution modeling, fast ..
Tags
topological data structures
simplicial complexes
topology
structural model
computer
math
slide
conference
media
science
slides
mathematics
representations
results
dimension-indepent
decomposition
components
phd
defence
non-manifold
thesis
template programming
c++
software
rapid prototyping
cell complexes
Mehr anzeigen