**********************************************************************
**********************************************************************

                        WORKSHOP 3
                INFORMATION-BASED COMPLEXITY

**********************************************************************

	             >> SCHEDULE <<

**********************************************************************


                 June 30, 2005 (Thursday)
                 ========================

                       13:50-14:35

    * Henryk Wo\'zniakowski (Columbia and Warsaw),
        On the optimal convergence rate of universal and non-universal
        algorithms for multivariate integration and approximation

    * Peter Mathe (WIAAS Berlin),
        Summation of noisy orthogonal series
                   
                       14:40-15:25        

    * Klaus Ritter (Darmstadt),
        An implicite Euler scheme with non-uniform time discretization
        for stochastic heat equations

    * Thomas M\"uller-Gronbach (Magdeburg),
        Error bounds for weak approximation of diffusion processes


                       16:00-16:45

    * Stefan Heinrich (Keiserslautern),
        On the randomized and quantum complexity of elliptic PDE

    * Carsten Wiegand (Keiserslautern),
        Optimal Monte Carlo and quantum algorithms for parametric
        integration

                       16:50-17:35

    * Arvid Bessen (Columbia),
        A lower bound for the Sturm-Liouville eigenvalue problem
        on a quantum computer

    * Jakob Creutzig (Darmstadt),
        A note on linear and nonlinear algorithms for linear problems

                       17:40-18:25

    * BOLES\/LAW KACEWICZ (Crakow),
        Solving ordinary differential equations - from the worst case
        to quantum setting (semiplenary)

     

                  July 1, 2005 (Friday)
                  =====================

                      13:50-14:35

    * FRANCES KUO (Sydney),
        Constructing good embedded lattice sequences with 
        millions of points (semiplenary)

                      14:40-15:25

    * Ronald Cools (Leuven),
        An illustrated story of fast construction of embedded lattice
        sequences for weighted spaces

    * Ben Waterhouse (Sydney),
        Randomly shifted lattice rules for unbounded integrands


                      16:00-16:45

    * Friedrich Pillichshammer (Salzburg),
        Mean square $L_2$-discrepancy of randomized digital nets 
        in prime base

    * Josef Dick (Sydney), 
        Obtaining $O(N^{-2+\epsilon})$ convergence for quadrature
        rules based on digital nets          

                      16:50-17:35

    * Shu Tezuka (Kyushu),
        Functions with the maximum effective dimension

    * Peter Kritzer (Salzburg),
        New upper bounds on the star discrepancy of $(t,m,s)$-nets
        and $(t,s)$-sequences

                      17:40-18:25

    * Hrushikesh Mhaskar (Los Angeles)
        Weighted quadrature formulas and approximation by zonal 
        function networks on the sphere

    * none


               July 2, 2005 (Saturday)
               =======================

                      13:50-14:35

    * Erich Novak (Jena),
        Optimal approximation of elliptic problems by linear and 
        nonlinear mappings I: General concepts

    * Stephan Dahlke (Marburg),
        Optimal approximation of elliptic problem by linear and 
        nonlinear mappings II: Wavelet methods and the Poisson equation

                      14:40-15:25

    * PETER HERTLING (M\"unchen),
        On the solvability of ill-posed problems in two models 
        of computation (semiplenary)

       
                      16:00-16:45

    * Mark Kon (Boston),
        A continuous complexity analysis of Support Vector Machines

    * Matthias Horn (Jena),
        Global optimization without Lipschitz constant


                      16:50-17:35

    * Leszek Plaskota (Warsaw),
        Adaption makes it easy to integrate functions with unknown
        singularities

    * none

                      17:40-18:25

    * none

    * none


******************************************************************
********************* T H E  E N D *******************************
******************************************************************