Completed
Anne de Bouard: Inhomogeneities and temperature effects in Bose-Einstein condensates
Class Central Classrooms beta
YouTube videos curated by Class Central.
Classroom Contents
Numerical Analysis and Scientific Computing
Automatically move to the next video in the Classroom when playback concludes
- 1 Pierre Alliez : Robust shape reconstruction through optimal transportation
- 2 Philippe Helluy: Discontinuous Galerkin solver design on hybrid computers
- 3 Anthony Nouy: Adaptive low-rank approximations for stochastic and parametric equations [...]
- 4 Victor Calo: Multiscale model reduction for flows in heterogeneous porous media
- 5 Gabriel Stoltz: An introduction to molecular dynamics
- 6 Martin Vohralík: Adaptive inexact Newton methods and their application to multi-phase flows
- 7 Tim Sullivan: Brittleness and robustness of Bayesian inference for complex systems
- 8 Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 1
- 9 Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 2
- 10 Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 3
- 11 Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 4
- 12 Carlo Barenghi: Classical and non-classical flows of superfluids
- 13 Didier Smets: Leapfrogging for the axisymmetric Gross-Pitaevskii equation
- 14 Natalia Berloff: Polariton graph simulators
- 15 Mechthild Thalhammer: High-order Magnus integrators for non-autonomous linear evolution equations
- 16 Anne de Bouard: Inhomogeneities and temperature effects in Bose-Einstein condensates
- 17 Kees Vuik: Krylov subspace solvers and preconditioners
- 18 Matthew Knepley: The Portable Extensible Toolkit for Scientific Computing
- 19 Frédéric Nataf: Domain decomposition, hybrid methods, coarse space corrections
- 20 Martin Gander: Time parallel time integration
- 21 Jack Dongarra: Algorithms for future emerging technologies
- 22 Jean-François Méhaut: Overview of architectures and programming language for parallel computing
- 23 Frédéric Desprez: OpenCL introduction
- 24 François Broquedis: A gentle introduction to parallel programming using OpenMP
- 25 Yvon Maday: Reduced basis methods
- 26 Frédéric Hecht: Tutorial with Freefem++
- 27 Sophie Ricci: Data assimilation training course @ CEMRACS: Introduction and variantional algorithms
- 28 Vivien Mallet: Introduction to data assimilation: Kalman filters and ensembles
- 29 Christophe Prud'homme: High performance computing with Feel++: applications and numerical methods
- 30 Pascal Hénon: Linear solvers for reservoir simulation
- 31 Francois-Xavier Roux: Efficient iterative solvers: FETI methods with multiple search directions
- 32 Philippe Ricoux: Multiple applications of high performance computing and numerical simulations...
- 33 Martin Vohralik: A posteriori error estimates and solver adaptivity in numerical simulations
- 34 Anthony Patera: Parametrized model order reduction for component-to-system synthesis
- 35 Pascal Omnes: Optimized Schwarz waveform relaxation methods: theory and applications
- 36 Fabrice Voitus: A discussion about the impact of scalability constraint on the design of ...
- 37 Mélanie Rochoux: Data-driven wildfire behavior modeling
- 38 Annabelle Collin: Modeling and data assimilation in cardiac electrophysiology
- 39 Thomas Dubos: High performance climate modelling : mimetic finite differences, and beyond ?
- 40 Dominique Chapelle: Direct and inverse biomechanical modeling of the heart
- 41 François Alouges : The sparse cardinal sine decomposition and applications
- 42 Greg Fasshauer: Some recent insights into computing with positive definite kernels
- 43 Maria Charina: Algebraic multigrid and subdivision
- 44 Ole Christensen: The unitary extension principle on LCA groups
- 45 Angela Kunoth: 25+ Years of Wavelets for PDEs
- 46 Hartmut Prautzsch: Spherical Splines
- 47 Peter Bürgisser: Condition: the geometry of numerical algorithms - Lecture 2
- 48 Peter Bürgisser: Condition: the geometry of numerical algorithms - Lecture 1
- 49 Sylvie Boldo : Arithmétique à virgule flottante : plaie ou terrain de jeu ?
- 50 Jean-Michel Morel: Detection theory and novelty filters
- 51 Yves Achdou: Numerical methods for mean field games - Introduction to the system of PDEs and...
- 52 Yves Achdou: Numerical methods for mean field games - Monotone finite difference schemes
- 53 Yves Achdou: Numerical methods for mean field games - Variational MFG and related algorithms for...
- 54 Mireille Bossy: Particle algorithm for McKean SDE : a short review on numerical analysis
- 55 Dan Crisan: Cubature methods and applications
- 56 Gilles Pagès: Optimal vector Quantization: from signal processing to clustering and ...
- 57 Jean-David Benamou: Dynamic formulations of Optimal Transportation and variational MFGs
- 58 Raúl Tempone: Adaptive strategies for Multilevel Monte Carlo
- 59 Plamen Turkedjiev: Least squares regression Monte Carlo for approximating BSDES and semilinear PDES
- 60 Raúl Tempone: Multilevel and Multi-index Monte Carlo methods for the McKean-Vlasov equation
- 61 Julia Charrier: Subsurface flow with uncertainty : applications and numerical analysis issues
- 62 Olivier Le Maître: Global Sensitivity Analysis in Stochastic Systems
- 63 Stefano Marelli: Metamodels for uncertainty quantification and reliability analysis
- 64 Benjamin Jourdain: The Metropolis Hastings algorithm: introduction and optimal scaling of...
- 65 Denis Belomestny: Projected particle methods for solving McKean Vlasov SDEs
- 66 Stefano De Marco: Some asymptotic results about American options and volativity
- 67 Ludovic Goudenège: Splitting algorithm for nested events
- 68 Mathieu Laurière: Mean field type control with congestion
- 69 Jérôme Lelong : Introduction to HPC - MPI : Design of parallel program and MPI
- 70 Jérôme Lelong : Introduction to HPC, Random generation and OpenMP
- 71 Emmanuel Gobet : Forward and backward simulation of Euler scheme
- 72 Thierry Sousbie: ColDICE: a parallel Vlasov-Poisson solver using moving adaptative simplicial [...]
- 73 Hans Z. Munthe-Kaas: Symmetry and computation (a few of my favourite things)
- 74 Ari Stern: Hybrid finite element methods preserving local symmetries and conservation laws
- 75 Evelyne Hubert: Invariants of ternary forms under the orthogonal group
- 76 Luigi Preziosi: Multi-level mathematical models for cell migration in dense fibrous environments
- 77 Emmanuel Maitre: Diffusion redistanciation schemes, Willmore problem and red blood cells
- 78 Arnaud Guyader: Rare event simulation for molecular dynamics
- 79 Manon Michel: From cluster algorithms to PDMP algorithms: a Monte Carlo story of symmetry...
- 80 Kurt Kremer: Multiscale modeling for soft matter - Perspectives and challenges
- 81 Ulugbek Kamilov: Signal processing for nonlinear diffractive imaging
- 82 Ben Adcock: Compressed sensing and high-dimensional approximation: progress and challenges
- 83 Michael E. Davies: Inexact gradient projection and fast data driven compressed sensing
- 84 Marcelo Pereyra: Bayesian inference and mathematical imaging - Lecture 2: Markov chain Monte Carlo
- 85 Marcelo Pereyra: Bayesian inference and mathematical imaging - Lecture 3
- 86 Marcelo Pereyra: Bayesian inference and mathematical imaging - Lecture 4: mixture...
- 87 Marcelo Pereyra: Bayesian inference and mathematical imaging - Lecture 1: Bayesian analysis...
- 88 Tanja Tarvainen: Modelling of errors in photoacoustic tomography
- 89 Wim Martens: Graph data management – lecture 2
- 90 Wim Martens: Graph data management – lecture 1
- 91 Nicole Schweikardt: Databases and descriptive complexity – lecture 1
- 92 Nicole Schweikardt: Databases and descriptive complexity – lecture 2
- 93 Robert Eymard: Gradient Discretisations: Tools and Applications
- 94 Erik Burman: Combining cut element methods and hybridization
- 95 Donatella Marini: Virtual element approximation of magnetostatic
- 96 Jérôme Bonelle: Polyhedral discretizations for industrial applications
- 97 Simone Göttlich: Traffic flow models with non-local flux and extensions to networks
- 98 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 3
- 99 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 2
- 100 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 1
- 101 Claire Chainais-Hillairet: Nonlinear free energy diminishing schemes for convection-diffusion...
- 102 Laura Grigori: Challenges in achieving scalable and robust linear solvers
- 103 Robert Scheichl: Generalised finite elements: domain decomposition, optimal local approximation...
- 104 Andy Wathen: Parallel preconditioning for time-dependent PDEs and PDE control
- 105 Valeria Simoncini: Computational methods for large-scale matrix equations and application to PDEs
- 106 Martin J. Gander: Multigrid and Domain Decomposition: Similarities and Differences
- 107 Jan Giesselmann: Relative entropy for the Euler-Korteweg system with non-monotone pressure
- 108 Vivien Kendon: How to compute using quantum walks
- 109 Berit Stensønes: Sup-norm estimates for $\overline{\partial }$ in $\mathbb{C}^{3}$
- 110 Hervé Isambert: Learning interpretable networks from multivariate information in biological and...
- 111 Edda Klipp: Cell processes in space and time -- exemplified with yeast mating
- 112 Giray Ökten: Number sequences for simulation - lecture 1
- 113 Giray Ökten: Number sequences for simulation - lecture 2
- 114 Giray Ökten: Derivative pricing, simulation from non-uniform distributions - lecture 3
- 115 Gunther Leobacher: Quasi Monte Carlo Methods and their Applications
- 116 Gunther Leobacher: Stochastic Differential Equations
- 117 Shi Jin: Efficient Numerical Methods for Particle Systems - lecture 2
- 118 Shi Jin: Asymptotic preserving methods for multi-scale physical problems - lecture 1
- 119 Paola Boito: Topics in structured linear algebra - lecture 2
- 120 Paola Boito: Topics in structured linear algebra - lecture 1
- 121 Weizhu Bao: Collective dynamics of quantized vortices in superfluidity and superconductivity
- 122 Jingwei Hu: New stability and convergence proof of the Fourier-Galerkin spectral method for the...
- 123 Mohammed Lemou: Highly-oscillatory evolution equations: averaging and numerics
- 124 Li Wang: An asymptotic preserving method for Levy Fokker Planck equation with fractional...
- 125 Martin Frank: Dynamical low-rank approximation for radiation transport
- 126 Julian Adamek: Relativistic simulations for cosmology
- 127 Chi-Wang Shu: Stability of time discretizations for semi-discrete high order schemes for...
- 128 Katharina Kormann: A geometric electromagnetic particle in cell method on staggered grids
- 129 Fengyan Li: A reduced basis method for radiative transfer equation
- 130 Tony Lelièvre: How to compute transition times?
- 131 Claudia Schillings: Bayesian data assimilation and filtering - lecture 2
- 132 Olivier Lafitte: Coupling models instead of coupling codes: two toy examples
- 133 Anthony Nouy: Approximation and learning with tree tensor networks - Lecture 2
- 134 Anthony Nouy: Approximation and learning with tree tensor networks - Lecture 1
- 135 Albert Cohen: Theory of approximation of hight-dimensional functions - lecture 2
- 136 Tony Lelièvre: Molecular dynamics algorithms: numerical and mathematical analysis
- 137 Ludovic Berthier: Monte carlo simulations for systems with glassy dynamics
- 138 Martin Gander: On the invention of iterative methods for linear systems
- 139 Gérard Meurant: Detection and correction of silent errors in the conjugate gradient algorithm
- 140 Jesús María Sanz-Serna: Gauss's Gaussian quadrature
- 141 Lothar Reichel: Approximation of Stieltjes matrix functions by rational Gauss-type quadrature rules
- 142 Yousef Saad: Subspace iteration and variants, revisited
- 143 Irène Gamba: Quasilinear diffusion of magnetized fast electrons in a mean field of quasi-particle...
- 144 Cory Hauck: Approximate entropy-based moment closures
- 145 Mioara Joldes: Validated symbolic-numerci algorithms and practical applications in aerospace
- 146 Magali Ribot: Models from mixture theory for biofilm growth
- 147 Edriss Titi: Mathematical analysis of geophysical models
- 148 Silke Glas: Symplectic model reduction of Hamiltonian systems on nonlinear manifolds
- 149 Stefano Stramigioli: Dual field port-Hamiltonian systems
- 150 Elena Celledoni: Deep learning of diffeomorphisms for optimal reparametrizations of shapes
- 151 Mats Gustafsson: Bandwidth bounds based on Herglotz-Nevanlinna functions and optimization
- 152 Patrick Joly: Long time behaviour of the solution of Maxwell’s equations in dissipative Lorentz...
- 153 Kristin Swanson: Every patient deserves their own equation: Sex, drugs and radiomics of brain Cancer
- 154 Barbara Kaltenbacher: Imaging with nonlinear and fractionally damped waves
- 155 Jinchao Xu: A Mathematical Introduction to Deep Learning
- 156 Andy Wathen: Preconditioning for Parallel-in-time
- 157 Olga Mula Hernandez: PinTS cheme using time as a parameter
- 158 Felix Kwok: Analysis of a Three-Level Variant of Parareal
- 159 Gabriele Ciaramella : Onwaveform-relaxation methods for wave-type equations
- 160 Giacomo Dimarco: Numerical methods and uncertainty quantificationfor kinetic equations - lecture 2
- 161 Giacomo Dimarco: Numerical methods and uncertainty quantificationfor kinetic equations - lecture 1
- 162 Victorita Dolean: An introduction to domain decomposition methods - lecture 2
- 163 Victorita Dolean: An introduction to domain decomposition methods - lecture1
- 164 Stefan Volkwein: Introduction to PDE-constrained optimization - lecture 2
- 165 Stefan Volkwein: Introduction to PDE-constrained optimization - lecture 1
- 166 Johannes Söding : Fast structure and positional ortholog searching and viral metagenome assembly
- 167 Burkhard Rost : Artificial Intelligence captures language of life written in proteins
- 168 Marylou Gabrié: Enhancing sampling with learned transport maps
- 169 Andrea Beck: Towards data-driven high fidelity CFD - Lecture 1
- 170 Andrea Beck: Towards data-driven high fidelity CFD - Lecture 3
- 171 Andrea Beck: Towards data-driven high fidelity CFD - Lecture 2
- 172 Leonardo Zepeda-Núñez : Data-driven latent representations for time-dependent problems - Lecture 1
- 173 Leonardo Zepeda-Núñez : Data-driven latent representations for time-dependent problems - Lecture 2
- 174 Leonardo Zepeda-Núñez : Data-driven latent representations for time-dependent problems - Lecture 3
- 175 Siddhartha Mishra: Learning operators - Lecture 1
- 176 Siddhartha Mishra: Learning operators - Lecture 2
- 177 Siddhartha Mishra: Learning operators - Lecture 3
- 178 Jinchao Xu: Finite neuron method - lecture 2
- 179 Jinchao Xu: Finite neuron method - lecture 3
- 180 Jinchao Xu: Finite neuron method - lecture 1
- 181 Olga Mula: Linear and nonlinear schemes for forward model reduction and inverse problems - Lecture 3
- 182 Olga Mula: Linear and nonlinear schemes for forward model reduction and inverse problems - Lecture 2
- 183 Olga Mula: Linear and nonlinear schemes for forward model reduction and inverse problems - Lecture 1
- 184 Nicolas Chopin: An introduction to state-space models, particle filters, and Sequential...-Lecture 1
- 185 Nicolas Chopin: An introduction to state-space models, particle filters, and Sequential...-Lecture 2
- 186 Benjamin Jourdain : Numerical methods for SDEs with singular coefficients - Lecture 2
- 187 Benjamin Jourdain : Numerical methods for SDEs with singular coefficients - Lecture 1
- 188 Benjamin Jourdain : Numerical methods for SDEs with singular coefficients - Lecture 3
- 189 Maarten Bullynck: The crossing paths of Mandelbrot and Schützenberger: an episode of crossovers...
- 190 Wolfgang Arendt: Parabolic Maximal Regularity Applied to Diffusion Networks
- 191 Dave Hewett: Numerical quadrature for singular integrals over self-similar measures on fractal sets
- 192 Dejan Slepčev: Gradient flows for sampling and their deterministic interacting particle (...)
- 193 Barbara Gris: An implicit formulation for incorporating different priors into a deformation model
- 194 Yousef Saad: The linear algebra of Large Language Models
- 195 Lothar Reichel: Convergence analysis and parameter choice for the iterated Arnoldi-Tikhonov method
- 196 Anne Greenbaum: When is the resolvent like a rank one matrix ?
- 197 Martin Gander: What is new in domain decomposition ?
- 198 Tobias Mai : The Fuglede-Kadison determinant of matrix-valued semicircular elements and (...)
- 199 Julie Delon: Wasserstein barycenters for generic transport costs
- 200 Virginie Ehrlacher: New dynamical low-complexity approximations for the Schrödinger equation
- 201 Maria-Lucia Sampoli: Hierarchical matrices for 3D Helmholtz problems in multi-patch IgA-BEM setting
- 202 Moritz Frewein: Introduction to the TexTOM
- 203 Moritz Frewein: Basics in Texture Analysis
- 204 Francois Charton: Symbolic language models: applications and interpretability - lecture 2
- 205 Francois Charton: Symbolic language models: applications and interpretability - lecture 1
- 206 Marc Moreno Maza: Polyhedral sets, lattice points, optimizing compilers and computer... - lecture 2
- 207 Marc Moreno Maza: Polyhedral sets, lattice points, optimizing compilers and computer... - lecture 1
- 208 Nana Liu: Quantum simulation of partial differential equations via Schrodingerisation - Lecture 2
- 209 Nana Liu: Quantum simulation of partial differential equations via Schrodingerisation - Lecture 1
- 210 Thomas Ayral: Paradigms for the algorithms on different technologies - Lecture 2
- 211 Thomas Ayral: Paradigms for the algorithms on different technologies - Lecture 1
- 212 Amine Marrakchi: Strongly ergodic equivalence relations and full factors
