ingleseENG
Direttore Vicario: Prof. Gabriele Grillo
Responsabile Gestionale: Dr.ssa Franca Di Censo

 Seminari

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Prossimi Seminari

  • Computational Prediction of Blood Damage
    Marek Behr, Chair for Computational Analysis of Technical Systems Faculty of Mechanical Engineering, RWTH Aachen
    lunedì 1 ottobre 2018 alle ore 14:00, Aula Consiglio VII Piano – Edificio 14, Dipartimento di Matematica POLITECNICO DI MILANO
  • Caputo Evolution Equations with time-nonlocal initial condition
    Lorenzo Toniazzi, University of Warwick
    martedì 9 ottobre 2018 alle ore 15:15, Aula Seminari 3° piano
  • Statistical modeling and monitoring of product and process quality in Additive Manufacturing: opportunities and challenges
    Bianca Maria Colosimo, Dipartimento di Meccanica, Politecnico di Milano
    giovedì 11 ottobre 2018 alle ore 14:00,  Aula Consiglio VII Piano – Edificio 14, Dipartimento di Matematica POLITECNICO DI MILANO
  • Elastic waves in soft tissues: inverse analysis, experiments, simulations, validation
    Michel Destrade, Chair of Applied Mathematics at NUI Galway
    giovedì 18 ottobre 2018 alle ore 14:00, Aula Consiglio VII Piano – Edificio 14, Dipartimento di Matematica POLITECNICO DI MILANO
  • An overview of some mathematical and computational problems in Network Science
    Michele Benzi, Scuola Normale Superiore, Pisa
    giovedì 22 novembre 2018 alle ore 14:00,  Aula Consiglio VII Piano – Edificio 14, Dipartimento di Matematica POLITECNICO DI MILANO
  • BIRATIONAL EQUIVALENCE OF ALGEBRAIC VARIETIES
    Shigefumi Mori, Kyoto University Institute of Advanced Study
    lunedì 26 novembre 2018 alle ore 16:30, Aula Chisini, Diparimento di Matematica, Via C. Saldini 50

Seminari Passati

  • 3D Computer Vision and Pattern Recognition: Recent Activities at the VIPS Laboratories
    Vittorio Murino, Dip. di Informatica – Univ. degli Studi di Verona
    lunedì 5 maggio 2003 alle ore 11:00, Aula Seminari MOX – 6° piano – Dip. Matematica
    ABSTRACT
    In this talk, a general overview of the activities carried out at the
    Vision, Image Processing and Sound (VIPS) laboratory (Department of
    Computer Science, University of Verona, Italy), and the main research
    projects in which it is involved will be described.

    The laboratory is involved in a broad spectrum of activities, mainly in
    the areas of Computer Vision, Pattern Recognition, and Human-Computer
    Interaction.

    In particular, the talk will focus on the following research topics:

    – 3D Computer Vision: 3D data registration and reconstruction, mosaicing,
    view synthesis, augmented reality.

    – Pattern Recognition: object detection and classification in remote
    sensing images, Hidden Markov models for classification and
    videosurveillance applications, face recognition.

    Depending on the audience interest and the available time, some issues
    can be more detailed.

    In particular, the lab is working from long time on methods for the
    automatic environment reconstruction from multiple 3D images, and in
    exploring Hidden Markov Models (HMMs) for 2D shape classification, and
    background detection.
  • Il principio del massimo integrale discreto ed applicazioni alle stime di probabilita` di transizione dei random walk
    Fabio Zucca, Politecnico di Milano
    lunedì 5 maggio 2003 alle ore 14:30, Aula seminari III piano
  • Present and Future of Gravitational Wave Experiments
    Eugenio Coccia, “Università di Roma “”Tor Vergata”””
    lunedì 5 maggio 2003 alle ore 17:00, Dipartimento di Matematica – Università degli Studi di Milano – Via Saldini 50 – Milano – Sala di Rappresentanza
    ABSTRACT
    Direct detection of gravitational waves from cosmic sources is one of the great challenges of contemporary experimental physics. The principles of operation and the status of the present detectors and of the main future projects will be reported. The recent results of a search for gravitational wave bursts, using the data collected by the ROG Collaboration cryogenic bar detectors EXPLORER (at CERN) and NAUTILUS (at LNF), will be discussed.
  • Vito Volterra: la sua matematica e il suo tempo
    A. Guerraggio, Univ. Bocconi
    mercoledì 16 aprile 2003 alle ore 12:30, aula consiglio VII piano
  • Enumerative Combinatorics: Mathematics or Higher Numerology?
    Douglas Rogers, University of Tasmania
    martedì 15 aprile 2003 alle ore 15:00, CNR di Milano
  • Numerical simulation of macroscopic quantum models
    Ansgar Juengel, Universitaet Mainz, Germany
    lunedì 14 aprile 2003 alle ore 14:30, Sala Consiglio, 7° piano – Dip. di Matematica
    ABSTRACT
    Usually, quantum systems are described by microscopic quantum models,
    like the Schroedinger or Wigner equation. In order to reduce
    the computational effort and to improve the modeling of the boundary
    conditions, macroscopic quantum models have been derived. In this
    talk we present three of these models: the quantum drift-diffusion,
    quantum hydrodynamic and viscous quantum hydrodynamic equations.
    We sketch the derivation of these models, give some results on the
    existence and non-existence of the solutions and show some
    numerical simulation results for a one-dimensional semiconductor
    tunneling diode.
  • Vortici autoduali nella teoria di Chern-Simons e relativi problemi ellittici
    Gabriella Tarantello, “Università di Roma “”Tor Vergata”””
    lunedì 14 aprile 2003 alle ore 17:00, Dipartimento di Matematica – Università degli Studi di Milano – Via Saldini 50 – Milano – Sala di Rappresentanza
    ABSTRACT
    Saranno discussi vari aspetti della teoria dei vortici di Chern-Simons relativamente a diversi modelli con struttura autoduale. A tale scopo si vedrà come sia possibile formulare le equazioni autoduali corrispondenti in termini di problemi ellittici nonlineari di tipo Liouville, Toda etc. Inoltre saranno evidenziate interessanti questioni analitiche relative allo studio dei suddetti problemi ellittici.
  • Attractors for Cahn-Hilliard equations with singular potentials
    Alain Miranville, Universite de Poitiers
    mercoledì 9 aprile 2003 alle ore 16:15, aula Seminari MOX, VI piano
    ABSTRACT
    Our aim is to prove the existence of finite dimensional attractors
    for a family of singularly perturbed Cahn-Hilliard equations with singular
    potentials (e.g., logarithmic potentials). In particular, by constructing a
    continuous family  of exponential attractors, we are able to prove this result without any
    assumption on the size of the spatial domain as it was the case in previous
    results.