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Workshop The Continuum Hypothesis
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- Greg Hjorth: The Topological Vaught Conjecture and Related Problems
- Martin Zeman: The Principle and Mahlo Cardinals
- Jindrich Zapletal: Definable Real Forcings
- Tomek Bartoszynski: Continuous images of strongly meager sets
- Slawomir Solecki: Complexity of subgroups of Polish groups
- Paul Larson: Revisiting Gödel’s argument for the true power of the continuum
- Matt Foreman: A new downward Lowenheim-Skolem Theorem
- Tom Jech: Infinite games and forcing
- Ilijas Farah: Maximal rigidity
- Moti Gitik: The Current State of the Singular Cardinals Problem
- Stevo Todorcevic: Localized Reflection and the Size of the Continuum
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Workshop Geometric Scattering Theory and Elliptic Theory on Noncompact and Singular Spaces
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- Jared Wunsch: Propagation and diffraction at conic singularities
- Boris Vaillant: An index theorem for manifolds with generalized fibred cusps
- Michael Anderson: Einstein metrics with prescribed conformal infinity on 4-manifolds
- C. Graham: Conformal geometry, Einstein metrics and scattering
- Michael Shubin: Discreteness of spectrum and strict positivity for magnetic Schrödinger operators
- Raphael Ponge: Local index formulae for pseudo-Hermitian manifolds through non-commutative geometry
- Daniel Grieser: Some remarks on the Stokes Theorem and Hodge Theory on singular varieties
- Peter Perry: Determinants of Laplacians and compactness of isopolar sets for Riemann surfaces of infinite area
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Workshop Critical Percolation and Conformally Invariant Processes
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- Yu Zhang: Power laws and conformal invariance on the two dimensional triangular lattice
- Vincent Beffara: On some conformally invariant subsets of the Brownian curve
- Christian Borgs: Finite-Size Scaling in Probability and Computer Science: Part II
- Jennifer Chayes: Finite-Size Scaling in Probability and Computer Science: Part I
- Charles Newman: Critical Percolation for 2D Coarsening
- Bertrand Duplantier: Conformally invariant scaling curves and quantum gravity
- Gilles Schaeffer: Random triangulations and planar maps
- John Cardy: Mean number of crossing clusters and related results
- Itai Benjamini: Random metrics
- Stanislav Smirnov: Conformal invariance for percolation (Tutorial)
- Richard Kenyon: Random maps from Z^2 to Z/qZ
- Sergey Fomin: Loop-erased walks and total positivity
- Yuval Peres: Geometry of the uniform spanning forest
- Gregory Lawler: SLE and the self-avoiding walk
- Oded Schramm: SLE Tutorial
- Bernard Nienhuis: On the groundstate of the percolation transfer matrix
- David Wilson: Winding Angle Variance of Random Curves
- Michael Aizenman: What next?
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Workshop 29th Canadian Symposium on Operator Algebras
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- Alain Connes: Factors and geometry
- Dietmar Bisch: Subfactors and planar algebras
- Guihua Gong: A dimension reduction theorem for a class of AH-algbras including simple AH algebras and real rank zero AH algebras
- Marius Dadarlat: Approximation by subalgebras and the UCT
- Mikael Rordam: A simple C*-algebra containing a finite and an infinite projection
- Mahmood Khoshkam: Groupoids, inverse semigroups, and their C*-algebras
- Dan Virgil Voiculescu: Cyclic derivatives and von Neumann algebras
- Joachim Cuntz: Non-commutative simplicial complexes and characteristic classes
- Liming Ge: The Riemann zeta function and Connes's noncommutative geometry
- Ken Davidson: Free semigroup algebras
- Eberhard Kirchberg: Classification of non-simple purely infinite algebras
- Roland Speicher: Invariant subspaces of R-diagonal operators
- Dimitri Shlyakhtenko: Free Araki-Woods factors
- N. Phillips: Isomorphism theorems for C*-algebras of minimal diffeomorphisms
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Workshop Quantization and Non-commutative geometry
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- Semiclassical asymptotics and quantum Hall conductivity
- Guennadi Kasparov: Automorphic forms and K-theory
- Abhay Ashtekar: Quantization, Geometry and Black Holes
- Mariusz Wodzicki: Vestigia vestiganda
- José Gracia-Bondia: Anomalies, the Noncommutative Index Theorem and the S-matrix
- Jerry Kaminker: Boundaries and approximation properties for group C*-algebras
- Jonathan Rosenberg: Z/k index theory via noncommutative geometry
- K. Landsman: Quantization as a functor
- Guaoliang Yu: The Baum-Connes conjecture for hyperbolic groups
- Birant Ramazan: Groupoids and C*-algebraic quantization
- Martin Schlichenmaier: Asymptotic expansion of the Berezin transform
- Dirk Kreimer: Residues of quantum field theory
- Alan Weinstein: Dirac structures and their quantization
- Alain Connes: Noncommutative geometry and quantum field theory
- Harald Upmeier: Toeplitz and Weyl quantization of symmetric domains
- Henrique Bursztyn: Semiclassical geometry of quantum line bundles and Morita equivalence of star products
- Vincent Lafforgue: Banach KK-theory and the Baum-Connes conjecture
- Boris Tsygan: Index theorem for general deformations and applications
- Georges Skandalis: Groupoids: examples and remarks
- Albert Schwarz: Noncommutative instantons:
- Frederic Cadet: Deformation and quantization for toric manifolds
- Pierre Julg: The Baum-Connes conjecture with coefficients for Sp(n,1)
- Alfons van Daele: Locally compact quantum groups
- Teodor Banica: Compact quantum groups and subfactors
- Joseph Varilly: Quantum Symmetry of Noncommunitative Spheres
- Ryszard Nest: Connes-Kasparov conjecture is true
- Judy Packer: Wavelet filter functions and K-theory
- Paul Baum: Equivariant-bivariant Chern character
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Workshop Conference on Randomized Algorithms in Finance
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- Phelim Boyle: Applications of the Monte Carlo method in finance
- Claudia Kluppelberg: Extreme value statistics in finance
- Francis Longstaff: Solving American option and portfolio choice problems using the Least Squares Monte Carlo (LSM) Algorithm
- Alistair Sinclair: Markov Chain Monte Carlo methods
- Marco Avellaneda: Arbitrage pricing of equity basket options
- Pedro Santa Clara: Simulated likelihood estimation of diffusions with an application to exchange rate dynamics in incomplete markets
- Jin-Chuan Duan: Risk premium and pricing of derivatives in complete markets
- Michael Dempster: Wavelet-based PDE and fast Monte Carlo valuation of complex derivatives
- Jeremy Staum: Early stopping in financial simulations
- Eckhard Platen: Numerical solution of stochastic differential equations with applications in finance
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Workshop Nonlinear Estimation and Classification
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- Bayesian prediction using adaptive ridge estimators
- Robert Gray: Gauss mixture vector quantization: Clustering Gauss mixtures with the minimum discrimination information distortion for modeling, compression, and classification
- Thomas Dietterich: Some experiments with ensemble methods for classification and conditional density estimation
- Edward George: Dilution priors for model uncertainty
- Maria DeIorio: An ANOVA model for dependent random measures with an application to population models
- Ernest Fokoue: Aspects of stochastic simulation based inference for some mixtures of latent structures
- Yuhong Yang: Combining regression estimators under a fixed design
- David Scott: Clustering by partial mixture estimation
- Angelika van der Linde: Model complexity and model priors
- Grace Wahba: Optimal properties and adaptive tuning of support vector machines (SVM's)
- Robert Burbidge: Adaptive kernels for SV classification
- Mario Figueiredo: Unsupervised sparse regression
- Steven Ellis: Instability in nonlinear estimation and classification
- Charles Stone: Extended linear modeling with splines
- Linda Zhao: Bayesian approaches in nonparametric estimation problems
- Charles Kooperberg: Logspline density estimation with free-knot splines
- Jennifer Pittman: Adaptive splines and genetic algorithms with an application to classification
- Heping Zhang: Mixed-effects multivariate adaptive splines models: An automated procedure for fitting longitudinal data and growth curves
- Sally Wood: Bayesian mixture splines for spatially adaptive nonparametric regression
- Michael Jordan: Variational inference for clustering and classification
- William Cleveland: Modeling internet traffic
- John Rice: A simple model for a complex system: Predicting travel times on freeways
- Andrew Nobel: Denoising deterministic time series
- Barbara Bailey: A statistical approach to quantifying the predictability of noisy nonlinear systems
- Claudia Tebaldi: Looking for nonlinearities in the large scale dynamics of the atmosphere
- Non-stationary, nonlinear classification and model selection
- Ashis Gangopadhyay: Semiparametric estimation of the long-memory parameter in FARIMA models
- Terence Speed: Nonlinear estimation and classification: Challenges from genomics
- Gilles Blanchard: Bounding generalization error of aggregate classifiers through empirical margin distributions
- Servane Gey: Model selection for CART regression trees
- Ludger Ruschendorf: On adaptive estimation by neural nets type estimators
- Alexandre Tsybakov: Fast rates and adaptation in nonparametric classification
- Richard Baraniuk: Besov vs. Plato: Multiscale image modeling
- Martin Vetterli: Wavelets: Approximation, Compression and Sampling
- Ronald DeVore: Harmonic Analysis of BV
- Minh Do: Texture characterization and retrieval using steerable hidden Markov models
- Maarten Jansen: Thresholding second generation wavelet coefficients for noisy, non-equispaced data
- Eric Kolaczyk: A multiresolution analysis for statistical likelihoods: Theory and methods
- Donald Geman: Coarse-to-fine classification and visual indexing
- Tomaso Poggio: From bits to information: Theory and applications of learning machines
- Jorg Rahnenfuhrer: Data compression and statistical inference
- Juan Lin: Local curved gaussian models
- Amy Braverman: Compressing and analyzing massive geophysical data sets by Monte Carlo extended ECVQ
- Rahul Shukla: Best adaptive tiling in a rate-distortion sense
- Enrico Capobianco: Multi-resolution properties of semi-parametric volatility models
- Harri Kiiveri: Environmental monitoring using a time series of satellite images and other spatial data sets
- Adrian Raftery: Bayesian multidimensional scaling and choice of dimension
- Katherine Pollard: Computationally intensive statistical methods for microarray based drug discovery
- Alexandre Loguinov: Using robust and resistant regression analysis (MM-estimator) to find differentially expressed genes in microarray data
- Ingo Ruczinski: Logic Regression
- Jerome Friedman: Predictive data mining with multiple additive regression trees
- Robert Schapire: Logistic regression, AdaBoost and Bregman distances
- Margaret H. Wright: Where does mainstream optimization fit?
- James Marron: High dimension - low sample size data analysis
- A global geometric framework for nonlinear dimensionality reduction
- Jacqueline Meulman: Multivariate optimal scaling techniques for the analysis of large and complicated data sets
- Nelson Butuk: Construction of low dimensional DME reaction state space trajectories
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Workshop Geometric Aspects of Spectral Theory
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- Victor Guillemin: The mapping torus of a symplectic mapping
- Yves Colin de Verdière: Singular Bohr-Sommerfeld rules
- Charles Fefferman: Singular scenarios for 2-D and 3-D incompressible fluids
- Percy Deift: Perturbation theory for infinite dimensional integrable systems on the line
- Bent Ørsted: Equivariant zeta functions and conformal geometry
- Richard Schoen: Spectral issues in geometric variational problems
- Matthew Gursky: A fully non-linear equation in conformal geometry and some applications
- Jochen Bruning: Towards a spectral theory of stratified spaces
- Steven Zelditch: The inverse spectral problem for analytic plane domains
- Jean-Michel Bismut: Equivariant de Rham torsions
- Kai Koehler: Equivariant holomorphic torsion and arithmetic geometry
- Richard Melrose: The eta invariant as a determinant
- Weiping Zhang: An index theorem for Toeplitz operators on manifolds with boundary
- Tobias Colding: Geodesic laminations on the two-sphere and Index bounds
- Jie Qing: Finiteness of Kleinian groups in space
- Wei-Min Wang: Supersymmetry and spectral theory of random Schroedinger operators
- Spectral theory for Dirac operators on manifolds with fibred cusps & applications
- Christophe Soulé: Arithmetic genera
- Paolo Piazza: Higher eta invariants and metrics of positive scalar curvature
- Peter Sarnak: L-4 norms of eigenfunctions
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Workshop Analysis Models and Methods: A conference on Applied Mathematics and Computational Methods in memory of Fred Howes
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- Darryl Holm: Lagrangian-mean and Eulerian-mean turbulence models
- Marsha Berger: Space filling curves and parallel multigrid on Cartesian meshes with embedded geometry
- Peter Lax: Trace formulas
- Jack Dongarra: The impact of computer architecture on linear algebra algorithms
- Robert O'Malley: Viscous shocks featuring exponential or algebraic asymptotics
- Bruce Hendrickson: Combinatorial algorithms in scientific computing
- Jorge Moré: Evolution and revolution in optimization
- Barry Smith: Towards optimal complexity algorithms for optimal design
- David Brown: Adaptive moving overlapping grids for the solution of partial differential equations in complex geometry
- Alexandre Chorin: Optimal prediction
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Workshop The Preparation of Math Majors in the First Two Years: A Curriculum Policy Workshop
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Workshop Free Probability and Non-commutative Banach Spaces
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- Completely contractive projections on non-commutative L^1 spaces
- Variations on injectivity
- C* Spaces
- On finite representability of operator spaces
- Liming Ge: Applications of free entropy
- Thierry Cabanal-Duvillard: Large deviations for Gaussian matrices and free entropies
- Marius Stefan: Some properties of free group subfactors
- Zhang-Jin Ruan: Non-commutative Lp spaces and their connections with operator algebras
- Roger Smith: Approximation properties for crossed products
- Erik Christensen: The length of a Gamma factor
- William Arveson: Curvature and Dirac operator of a commuting d-tuple
- Narcisse Randrianantoanina: Subspaces of non-commutative Lorentz-spaces
- Dan Virgil Voiculescu: Free probability analogue of the Wasserstein distance on trace state space
- P. Zinn-Justin: The enumeration of planar maps, links and knots
- Alexandru Nica: R-cyclic families of matrices in free probability
- Roland Speicher: A characterization of freeness by a factorization of operator-valued cummulants
- Michael Anshelevich: Ito formula for free Levy processes
- Marius Junge: On the local theory of noncommutative Lp spaces
- Magdalena Musat: Approximation of hyperfinite martingales by finite dimensional martingales
- H. Rosenthal: Semi-Transitive Operator Algebras
- Alistair Sinclair: Singular masas in factors from hyperbolic groups
- Bojan Magajna: Normal modules and maps
- David Blecher: Multiplier operator algebras and M-structure
- Alvaro Arias: An operator Hilbert space without the operator approximation property
- Damien Gaboriau: $$\ell^2$$-invariants for groups and equivalence relations
- Florin Radulescu: Convex sets of moments in von Neumann algebras
- Hari Bercovici: Strong and weak limit theorems for free random variables
- S. Thorbjoernsen: Self decomposability and Levy processes
- Dimitri Shlyakhtenko: On free Araki-Woods factors
- Kenneth Dykema: Decomposability of Voiculescu's circular operator
- Piotr Sniady: Invariant subspaces of R-diagonal operators
- H1 has no completely unconditional basis