- MA50177: Scientific Computing Nuclear Reactor Simulation Generalised Eigenvalue Problems
- MA50177: Lecture, Week 3 Questions on Problem Sheet 1 or Classtest?
- MA50177: Scientific Computing Problem Sheet 5
- Numerical Analysis Seminars, 2007-2008, Jan Van lent
- Robust FETI solvers for multiscale elliptic PDEs Clemens Pechstein1 and Robert Scheichl2
- MA50177: Lab Lecture, Week 3 Recall. Basic Gaussian Elimination unreliable.
- MA50177 Lecture, week 4 How to optimise efficiency of linear algebra?
- Robust Domain Decomposition Algorithms for Multiscale I.G. Graham and R. Scheichl
- FETI methods for multiscale elliptic PDEs and nonlinear magnetostatic problems
- Divergence-free Mathematical
- Coarse Grid Operators for Two-Level Additive Schwarz Robert Scheichl
- MA30170/MA50170 Problem Sheet 5 Please hand in solutions to Question 1 on Tuesday 17th March.
- LLNL-JRNL-468811 Weak Approximation Properties of Elliptic
- DECOUPLING THREE-DIMENSIONAL MIXED PROBLEMS USING DIVERGENCE-FREE FINITE ELEMENTS
- Domain Decomposition and Upscaling Robert Scheichl
- MA50177: Lecture Week 5 Precompiled libraries
- Prof. C.J. Budd & Dr. R. Scheichl Offices 1W3.22 & 1W4.11
- European Conference on Computational Fluid Dynamics ECCOMAS CFD 2006
- Vector Calculus 2.1 Directional Derivatives and Gradients
- Divergence-free Raviart-Thomas
- MA50177: Scientific Computing Problem Sheet 4
- MA50177 Lab Lecture, Week 4 Recall reliability of Gaussian elimination and
- MA50177: Scientific Computing Assignment 1
- Parallel Preconditioning for Sedimentary Basin Simulations
- Robust Coarsening in Multiscale PDEs Robert Scheichl1
- A Decoupled Iterative Method for Mixed Problems using Divergence-free Finite Elements
- MA50177: Lecture, Week 7 Why do we need ever more computa-
- MA50177: Scientific Computing Assignment 2
- Parallel Geometric Multigrid for Global Weather Prediction S.D. Buckeridge and R. Scheichl
- NUMERICAL LINEAR ALGEBRA WITH APPLICATIONS Numer. Linear Algebra Appl. 0000; 00:122
- A two-level Schwarz preconditioner for heterogeneous problems
- ANALYSIS OF FETI METHODS FOR MULTISCALE PDES CLEMENS PECHSTEIN1
- TOWARDS A RIGOROUSLY JUSTIFIED ALGEBRAIC PRECONDITIONER FOR HIGH-CONTRAST DIFFUSION PROBLEMS
- Coefficient-explicit Condition Number Bounds for Overlapping Additive Schwarz
- Additive Schwarz and Aggregation-Based Coarsening for Elliptic Problems with Highly Variable Coefficients
- Domain Decomposition for Multiscale PDEs I.G. Graham, P. Lechner and R. Scheichl
- Parallel Computation of Flow in Heterogeneous Media Modelled by Mixed Finite Elements
- Numerical Computation of Band Gaps in Photonic Crystal Fibres
- Mathematisches Forschungsinstitut Oberwolfach Report No. 12/2009
- Sensitivity of Markov chains for wireless Problem presented by
- Robust Coarsening for Multiscale PDEs Robert Scheichl
- Robust Coarsening for Multiscale PDEs Robert Scheichl
- MA20010: Exam Feedback 2006/07 Question 1. Students did very well on this question. The average was almost 70%. You all
- MA20010: Vector Calculus and Partial Differential Equations
- Integral Theorems [Anton, pp. 11241130, pp. 11451160] & [Bourne, pp. 195224]
- Fourier Series [Constanda, pp. 1127] Motivation. Suppose f is a smooth function (all derivatives exist). Set
- Partial Differential Equations Definition 5.1. Any differential equation containing partial derivatives with respect to at
- Dr. R. Scheichl Lecturer in Applied Mathematics
- MA30170/MA50170 Problem Sheet 2 Please hand in solutions to questions 3 and 4 on Tuesday 10th February (including
- MA30170/MA50170 Problem Sheet 7 Please hand in solutions to Question 1(c) on Tuesday 21st April.
- MA50177: Scientific Computing Numerical Solution of Elliptic PDEs Parallel Multigrid
- Numerical Analysis Seminars, 2007-2008, Jan Van lent
- Programming Class 1 Why learn a high-level language?
- MA50177: Programming Class 2 IMPORTANT: You should read this document before your Thursday class. The
- Programming Class 6 Questions on Poblem Sheet 1 and
- MA50177 Lab Lecture, Week 5 LAPACK Search Engine
- MA50177 Lecture, Week 6 Eigenvalue problems
- MA50177 Lab Lecture, Week 6 More LAPACK: QR factorisation.
- MA50177: Lecture, Week 9 Design, Coding and Evaluation
- MA50177 Tutorial, Weeks 9 and 10 Task 1: Please ask any questions which you have on the course and in
- MA50177: Lab Lecture, Week 10 Sparse Systems of Nonlinear
- MA50177: Lecture, Week 11 Recapitulate on basic MPI
- MA50177: Scientific Computing Problem Sheet 2
- MA50177: Scientific Computing Guidelines for Class Test
- Distribution Category: Mathematics and
- Python for Scientific Computing Bill McLean, UNSW
- Parallel Solvers for the TwoGroup Neutron Diffusion Equations of
- A Decoupled Iterative Method for Mixed Problems using Divergence-free Finite Elements
- MA50177: Problem Sheet 5, Question 2 Model Solution (all times from old MSc cluster)
- Numerical Analysis Seminars, 2008-2009, Jan Van lent
- MA50177 Tutorial, Week 4 Task 1: Please ask any questions which you have on the course so far.
- Numerical Solution of Weather and Climate Systems
- MA30170/MA50170 Problem Sheet 1 Please hand in solutions to Question 2 on Tuesday 3rd February.
- Proof of Green's Theorem in the Plane (not examinable) Proof of Theorem 3.7. (Only for C smooth and semi-convex.)
- Permeation of Gases in Polymers: Parameter Identification and Nonlinear Regression Analysis
- Parallel Solution of the Transient Multigroup Neutron Di usion Equations
- MA30170/MA50170 Problem Sheet 4 Please hand in solutions to Questions 1 & 2 on Tuesday 24th February.
- An Introduction to the Quality of Computed Solutions
- MA30170/MA50170 Problem Sheet 3 Please hand in solutions to Questions 2 and 3 on Tuesday 17th February.
- Revision of first-and second-order linear homogeneous ODEs In order to solve partial differential equations (PDEs) via the separation of variables method,
- MA50177: Lab Lecture, Week 9 Estimating processor speed
- Programming Class 3 Main Program and Subprograms
- JOHANNES KEPLER UNIVERSITY LINZ Institute of Computational Mathematics
- MA50177: Scientific Computing Solutions Problem Sheet 1
- MULTILEVEL METHODS FOR ELLIPTIC PROBLEMS WITH HIGHLY VARYING COEFFICIENTS ON NON-ALIGNED COARSE GRIDS
- Dr. R. Scheichl Lecturer in Applied Mathematics
- MA50177 Tutorial, Week 6 Task 1: Please ask any questions which you have on the course
- MA50177: Scientific Computing The Graph Drawing Problem
- LLNL-JRNL-451252 Multilevel Methods for Elliptic Problems
- MA50177: Lecture, Week 10 Iterative Methods for Sparse
- Computation Heterogeneous
- MA50177: Scientific Computing Google's PageRank Algorithm
- UNIVERSITY OF BATH DEPARTMENT OF MATHEMATICAL
- MA50177: Lab Lecture, Week 7 Introduction to the BUCS Beowulf Cluster
- JOHANNES KEPLER UNIVERSITY LINZ Institute of Computational Mathematics
- New Developments in LAPACK and ScaLAPACK
- Numerical Analysis Seminars, 2006-2007, Jan Van lent
- Domain Decomposition for Multiscale PDEs Robert Scheichl
- MA50177: Scientific Computing Nonlinear Thermal Conduction Inexact Newton Methods
- MA50177 Tutorial, Weeks 7 & 8 Task 1: Please ask any questions which you have on the course.
- MA50177: Scientific Computing Problem Sheet 1
- Programming Class 4 Arrays and matrices
- Programming Class 5 Task 1: Please ask any questions which you have on the course so far.
- CONVERGENCE ANALYSIS OF PLANEWAVE EXPANSION FOR BAND GAP COMPUTATIONS IN PHOTONIC CRYSTAL FIBRES
- Proof of Stokes' Theorem (not examinable) Lemma. Let r : D R2
- A Robust Two Level Domain Decomposition Preconditioner for Systems of PDEs
- Multilevel Monte Carlo Methods and Applications to Elliptic PDEs with Random Coefficients