An Anisotropic Interaction Model for Simulating Fingerprints.
Kreusser, Lisa Maria
An Anisotropic Interaction Model for Simulating Fingerprints. - Rio de Janeiro: IMPA, 2017. - video online
Talk
This is part of a series of workshops organized by IMPA aiming at bringing together a multidisciplinary group of scientists to study problems in the biophysical sciences upon which mathematics may have an impact. This years main topics are: Inverse Problems in the Applied Sciences Modelling in Biology, Ecology, and Epidemiology Reaction-Diffusion Equations and Kinetic Theory Identification and Inverse Problems in Biology Structured-Population Dynamics Local Organizing Committee Luiz Bevilacqua (LNCC) Jair Koiller (INMETRO, Brazil) Dayse H. Pastore (CEFET) Max O. de Souza (UFF, Brazil) Scientific Committee Peter Markovich (University of Vienna, Austria & KAUST, S.A.) Benoit Pertame (UPMC, France) J. P. Zubelli (IMPA, Brazil)
Matematica.
cs
An Anisotropic Interaction Model for Simulating Fingerprints. - Rio de Janeiro: IMPA, 2017. - video online
Talk
This is part of a series of workshops organized by IMPA aiming at bringing together a multidisciplinary group of scientists to study problems in the biophysical sciences upon which mathematics may have an impact. This years main topics are: Inverse Problems in the Applied Sciences Modelling in Biology, Ecology, and Epidemiology Reaction-Diffusion Equations and Kinetic Theory Identification and Inverse Problems in Biology Structured-Population Dynamics Local Organizing Committee Luiz Bevilacqua (LNCC) Jair Koiller (INMETRO, Brazil) Dayse H. Pastore (CEFET) Max O. de Souza (UFF, Brazil) Scientific Committee Peter Markovich (University of Vienna, Austria & KAUST, S.A.) Benoit Pertame (UPMC, France) J. P. Zubelli (IMPA, Brazil)
Matematica.
cs