IWR - Simulation and Optimization

Home | Research | Teaching | People | Grants | Open Positions | Internships | Conferences | Publications | Local | Links |
printer
SimOpt

Home
Research
Teaching
People
Grants
Open Positions
    [Software Practical]
Internships
Conferences
Publications
Local
Links

Software Practical

Eigenvalue Based Solution of Trust Region Subproblem

Description

Adachi, Iwata, Nakatsukasa and Takeda recently proposed an eigenvalue based method to solve trust region subproblems.

The aim of the project is to implement the algorithm in python or C and compare it with trlib implementing the GLTR algorithm.

The project is to be completed by a report and an oral presentation in the Simulation and Optimization group seminar.

Focus

  • Getting acquainted with prototypical implementation of numerical methods in python or C
  • Demonstrating the functionality of the algorithm on a test set of problems
  • Comparing the efficiency of the algorithm with already exisiting algorithms.

The practical can serve as a preparation project for a Bachelor, Master, or Diplom thesis in the Simulation and Optimization group.

Classification of the project

This project is suited for one student as an beginner software practical.

Requirements

  • Unix and python programming skills
  • Optimization

Contact

Felix Lenders
Interdisciplinary Center for Scientific Computing (IWR)
Im Neuenheimer Feld 205
Universität Heidelberg

e-mail: felix.lenders@iwr.uni-heidelberg.de
Office: INF 205 (Mathematikon), 2/407


back


[ Top | Home]

Last Modified By: Felix Lenders
Last Update:2021-07-13
Webmaster:
 
© Copyright Universität Heidelberg |  Impressum |  Datenschutzerklärung