Home Page Syllabus Marcin Paprzycki


      SEMINARS

      Friday, 2:00-2:50PM, TEC 251

      Week 1 (August 27th)

        Joseph Kolibal
        Introduction to Scientific Computing Resources
        Student Comments

      Week 2 (September 3rd)

        Dexuan Xie
        New Parallel SOR Methods by Domain Decomposition
        Student Comments

      Week 3 (September 10th)

        Maria Cobb
        Spatial Data Mining Using Fuzzy Logic in an Object-Oriented Geographical Information Database
        Student Comments

      Week 4 (September 17th)

        Shahram Rahimi
        Combination of a Processor with a Reconfigurable Coprocessor
        Student Comments

      Week 5 (September 24th)

        Xuefeng Li
        Distributed Computation of Numerical Solutions of Partial Differential Equations (PDEs) in Java
        Student Comments

      Week 6 (October 1st)

        Dexuan Xie
        A SHAKE analysis in the framework of nonlinear SOR theory
        Student Comments

      Week 7 (October 8th)

        Ray Seyfarth
        Solving Large Triangular Peg Puzzles
        Student Comments

      Week 8 (October 15th)

        Clay Breshears
        Threaded and Concurrent Programming for High Performance Computing
        Student Comments

      Week 9 (October 22nd)

        Kuiyuan Li
        Homotopy Method for Tridiagonal Eigenvalue Problem
        Student Comments

      Week 10 (October 29th)

        Qin Sheng
        Notes on Adaptive Grid Computations for Degenerate Semilinear Combustion-Quenching Equations
        Student Comments

      Week 11 (November 5th)

        Michael Eckhoff
        Stochastic Partial Differential Equations: Examples and Numerical Issues
        Student Comments

      Week 12 (November 12th)

        Jerzy Leszczynski
        Parallel Computing in Chemistry
        Student Comments

      Week 13 (November 19th)

        Theresa Beaubouef
        Rough Set Management of Uncertainty in Databases
        Student Comments

      Week 14 (December 3rd)

        Jiu Ding
        Maximum Entropy Method: Ideas and Applications
        Student Comments

      Week 15 (December 10th)

        Peter Moore
        An Adaptive H-Refinement Finite Element For Solving Systems of Parabolic Partial Differential Equations in Three Space Dimensions
        Student Comments