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Readings

Twelve Ways to Fool the Masses...

Read until 18.10.2016

How to write fast numerical code: A small introduction

Read Sections 1-5 until 18.10.2016

Homeworks

Report Guidelines

Complete list

1. Algorithmic variants of matrix multiplication

deadline: 27.10.2016, 23:59

2. Solving linear systems of equations

Part A: Variants of LU Decomposition

deadline: 22.11.2016, 23:59
Reading material: [blocked LU decomposition]

Part B: Solving Triangular Linear Systems of Equations

deadline: 26.11.2016, 23:59 (extended)

25.11.2016, 23:59

Part C: Experimental Evaluation of the Complete Solver

deadline: 2.12.2016, 23:59 (extended)

29.11.2016, 23:59

3. Inverse iteration vs. Rayleigh quotient iteration

deadline: 20.12.2016, 23:59 (extended)

* example makefile: [file:Makefile|Makefile] /** * [file:matmul.zip|Framework for experiments] ==== 2. Solving a Triangular Linear System of Equations * deadline: 21.04.2016, 12:00 (noon) ==== 3. Numerical Accuracy of LU-Based Linear Solver * deadline: 5.05.2016, 23:59 * example solution for Homework 1: [file:LU.zip|code LU factorization] ==== 4. Iterative Refinement for Linear Systems of Equations * deadline: 23.05.2016, 23:59

Final Projects

Assigned project topics (ATTENTION - important update of submission rules for presentation slides on 18.1.2017)

[file:ProjectsSS2016.pdf|Details for each project] !! ***updated 15.6.2016!*** !! Final submission of all presentations: !!20.6.2016, 11:59 (noon)!! Presentations (!!max. 7 minutes per person!!) * !!21.6.2016!!: Projects 1,2,3,4,5,10 * !!23.6.2016!!: Projects 6,7,8,9,11,12 Final submission of all project reports: !!30.6.2016, 23:59!!

==== 1.1 Further Optimization of Matrix-Multiplication (voluntary) * bis 22.04.2014 23:59 ==== 2. Linear Systems with Hilbert Matrices * deadline: 16.04.2015, 23:59 ==== 4. Householder QR Factorization * deadline: 4.06.2015, 23:59 ==== 4. High Performance Dense Linear Solver * deadline: 3.06.2014, 12:00 * Reading material: [file:Cole.pdf|[Cole]], [file:Toledo.pdf|[Toledo]] ==== 6. Inverse Iteration vs. Rayleigh Quotient Iteration * !!deadline: 30.06.2014, 10:00!!

== Required Readings * [file:ChellappaFranchettiPueschel.pdf|How to write fast numerical code]

Letzte Änderung: 18.01.2017, 21:18 | 332 Worte

Numerical High Performance Algorithms (NHPA)