= '''Seminários Mauro de Amorim''' =

This is the wiki page for the weekly graduate seminar in computational modeling at the Polytechnic Institute

[http://en.wikipedia.org/wiki/IPRJ IPRJ]/[http://en.wikipedia.org/wiki/UERJ UERJ].

[[Imagem:Poster-seminario-mat-aplic-computacional.png|right|450px]]
== Content ==
== Next ==
* '''10/Mai/2017''' "O grafeno e aplicações tecnológicas", Daiara Faria, DEMEC-IPRJ-UERJ
* '''17/Mai/2017:''' "OpenFOAM®: uma ferramenta livre de simulação CFD", Livia Jatobá, DEMEC-IPRJ-UERJ (EXCEPCIONALMENTE AS 10:30)
* '''24/Mai/2017''' Luis Cesar Rodriguez Aliaga, DEMAT-IPRJ-UERJ
* '''?''' Lucas Lima, DEMEC-IPRJ-UERJ (Continuacao)
* '''?''' Enrique John Arias Chinga, DEMEC-IPRJ-UERJ (Continuacao)

=== Previous ===
* '''3/Mai/2017:''' "O que é o efeito magnetocalórico, suas aplicações em refrigeração e a física por trás do fenômeno", Julio Cesar Guimarães Tedesco, DEMEC-IPRJ-UERJ
* '''21/Set/2016:''' "My technical experience at Google Summer of Code" - Caio dos Santos Souza, Mestrando, Programa de Pós Graduação em Modelagem Computacional, IPRJ-UERJ.
* '''01/Out/2015:''' Enrique John Arias Chinga, DEMEC-IPRJ-UERJ
* '''24/Sept/2015:''' "Geometria Trifocal em Reconstrução 3D, parte 1" - David da Costa de Pinho, Mestrando, Programa de Pós Graduação em Modelagem Computacional, IPRJ-UERJ
* '''17/Set/2015:''' Leandro Marzulo et. al., IME-UERJ: Computação Paralela - [http://labmacambira.sf.net/rfabbri/seminarios/apresentacao_labcad_iprj.pdf Laboratorio de Computacao de Alto Desempenho do IME/UERJ]
* '''2/Apr/2014:''' seminar format, general discussion, reasons for the Klein Bottle, Fabbri: trifocal camera calibration.
* '''7/May/2014:''' Iuri: inibidores de corrosao e possibilidades de modelagem
* '''14/May/2014''' Lucia: Mapas de Difusao e Reconstrucao de Sinais e Imagens
* '''21/May/2014''' Dayana: Possibilidades de modelagem no Aproveitamento de Residuo de destilacao do oleo de pau rosa
* '''28/May/2014''' Deise: Problemas Multimodais
* '''04/Jun/2014''' Fernando: Time-Frequency analysis
* '''30/Jul/2014''' Grazione: Well-reservoir coupling on the numerical reservoir simulation (Acoplamento poço-reservatório na simulação numérica de reservatórios)
* '''6/Ago/2014''' Mariano: Gauge theory and Fiber Bundles
* '''13/Ago/2014''' Mauro: 3D Reconstruction of the sea surface
* '''24/Set/2014''' Mariano: Gauge theory and Fiber Bundles, Part 2
* '''next''' Ivan / Kappel: Electrochemical Impedance Maps
* '''18/Mar/2015''' Andre Luis (CEFET/RJ)
* '''20/Jul/2015 ''''Tight Binding Approximation: basics and application to deformed graphene', Ramón Carrillo-Bastos (Postdoc at Ohio University)
* '''10/Set/2015''': Jair Koiller et al., Inmetro

== General Info ==
* Meeting times: Weekly meetings on Thursdays at 11am, room 203
* Organizer: prof. [http://www.lems.brown.edu/~rfabbri Ricardo Fabbri], Ph.D. Brown University, IPRJ-UERJ
* Part of the graduate program in computational modeling (PPGMC: Programa de Pós-Graduação em Modelagem Computacional), IPRJ-UERJ (conceito CAPES 5).

=== Format ===
* At every meeting a member proposes to present something for the next meeting.
* If nobody proposes to present anything, and in the abscence of further proposals, the organizer will switch the meeting to a reading group focusing on a topic or on seminal papers that would be important to read.
* We'll try to invite speakers but that's not really the focus.

== Readings ==
=== The organizer suggests ===
* [http://scholar.google.com/citations?sortby=pubdate&hl=en&user=lxW3wvMAAAAJ&view_op=list_works Seminal and recent publications by Jan Koenderink]
* [http://scholar.google.com/citations?sortby=pubdate&hl=en&user=rNTIQXYAAAAJ&view_op=list_works Seminal and recent publications by Steve Zucker], Yale University
* Topics from [[Pattern Theory]] and mathematics (specially differential geometry and algebraic geometry) that can be of current interest.
* Excellent books to read:
** [http://www.amazon.com/Calculus-Ideas-Mathematical-Study-Thought/dp/981438318X/ref=sr_1_1?s=books&ie=UTF8&qid=1396478093&sr=1-1&keywords=ulf+grenander A Calculus of Ideas: A Mathematical Study of Human Thought - Ulf Grenander]
** [http://staff.washington.edu/freitz/penrose.pdf The Road to Reality - Sir Roger Penrose]. The advanced mathematics used in the physical sciences, exposed in a beautiful illustrated way from the very beginning. From complex numbers to fourier analysis to manifolds.
[[Category:IPRJ]] [[Category:Lab Macambira]]