Peter Sussner's Home Page
Welcome to Peter Sussner's
Homepage
Last updated: November 2021.
I am an associate professor and head of the
Computational Intelligence, Image Processing and Analysis Group at the Department of Applied
Mathematics of the
Institute of Mathematics, Statistics, and Scientific
Computing of the University of Campinas. I also feel honored that my name appeared
on a certain list of the most influential researchers worldwide.
Email : sussner@ime.unicamp.br
Phone : (+55) (019) 3521-5959
Office : 109 IMECC
Address : Department
of
Applied Mathematics , IMECC, Universidade Estudual de Campinas,
Campinas, Distr. Barao Geraldo, CEP 13081-970,
SP, Brazil
Research Areas: mathematical morphology, image algebra, lattice
algebra, fuzzy sets and
systems, neural networks, computational intelligence.
Some publications
I am a Senior Member of the IEEE and a member of the editorial boards of the following international journals:
- IEEE Transactions on Fuzzy Systems
- Information Sciences
- Fuzzy Sets and Systems
- Journal of Mathematical Imaging and Vision
CV
Lattes
Mathematical Imaging and
Computational Intelligence
Lab
Current Research Interests:
- Mathematical Imaging :
- Foundations of mathematical morphology in lattice theory
- Extensions of fuzzy mathematical morphology and applications in image processing
- Computational Intelligence :
- Computational intelligence based on lattice theory
- Morphological neural networks
- Applications in pattern recognition and prediction
Further Informations on Research Activities:
- ``Recent Advances in Lattice Computing" (Special Session at WCCI 2018 )
- ``Some Approaches Towards Lattice Computing in Mathematical Morphology and Computational Intelligence" (Keynote at FLINS 2014 )
- ``An Overview of Morphological Neural Networks" (Keynote at KES 2012 )
Teaching Activities
In recent years, my teaching activities at IMECC, Unicamp have also included:
- nonlinear programming,
calculus, etc.;
- graduate seminars on neural networks, fuzzy mathematical morphology, and
computational intelligence based on lattice theory.