Michael Bronstein

Michael M. Bronstein

Full Professor

Institute of Computational Science
Faculty of Informatics SI-109
Università della Svizzera Italiana
Via Giuseppe Buffi 13
6904 Lugano, Switzerland
Tel. +41 58 6664120
E-mail: michael.bronstein@usi.ch

About Research Publications Lectures Teaching Academic Collaborators Personalia

Intel RealSense 3D camera
Intel RealSense
NORDIA workshops
NORDIA workshops
SHREC benchmarks

News and media
In the news
Bill Clinton and other celebrity photos
Bill Clinton and other celebs

Video genome project
Video Genome
Multimodal similarity learning
How to compare apples to oranges?
Shape Google 3D shape retrieval
Non-rigid shape analysis
Non-rigid shape analysis
Expression-invariant 3D face recognition
3D face recognition

WEF lecture

ICIP 2015 Tutorial, Quebec, Canada

Tutorial "Geometric Deep Learning"

CVPR, Honolulu, USA, 21 July 2017
SIGGRAPH Asia, Macao, 5 December 2016
ECCV, Amsterdam, The Netherlands, October 2016
EUROGRAPHICS, Lisbon, Portugal, May 2016

Tutorial "Computing and Processing Correspondences with Functional Maps"

SIGGRAPH Asia, Macao, 6 December 2016

Tutorial "Spectral methods in 3D shape analysis"

CVPR, Honolulu, USA, 21 July 2017
ICIP, Quebec, Canada, September 2015
ICCV, Sydney, Australia, December 2013
SIBGRAPI, Arequipa, Peru, July 2013
SGP, Genoa, Italy, July 2013
EUROGRAPHICS, Cagliari, Italy, May 2012


Numerical geometry of non-rigid shapes, Springer, 2008

Video course "Numerical geometry of non-rigid shapes"
(Recorded in Verona, Italy, April 2010)

  • Introduction | video
  • Metric geometry | video
  • Differential and Riemannian geometry | video
  • Discrete geometry | video
  • Shortest path problems | video
  • Fast marching methods | video
  • Numerical optimization | video
  • Rigid shape analysis | video part 1, part 2
  • Multidimensional scaling | video part 1, part 2
  • Spectral methods | video
  • Diffusion geometry
  • Invariant shape similarity | video part 1, part 2, part 3
  • Partial similarity | video part 1, part 2
  • Symmetry and structure | video
  • Invariant correspondence and shape synthesis | video
  • Feature-based methods and shape retrieval | video
  • Code | TOSCA datasets | SHREC datasets

    Annotated bibliography

    Other offerings of the course