Research interests

  • Numerical methods for solving optimization problems and systems of nonlinear equations, in particular, Newton-type, stable secant and interpolation methods, globalization strategies.
  • Cardinality-constrained optimization.
  • Inverse problems, multilinear least-squares, nonsmooth optimization and equations.
  • Linear and nonlinear saddle problems and monotone equations.
  • Monotonic regression: data fitting and interpolation.
  • TSP-related problems.
  • Hop-restricted shortest path and Steiner tree problems in graphs.

Professional activities
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Professional activities

Awards and recognition

Teaching

  • Nonlinear optimization, equations and least squares, a course for PhD students (MAI0008, spring term 2019)
  • Optimization, an Advanced Course (TAOP24, spring term 2019)
  • Introduction to Optimization (TAOP07, spring term 2019)
  • Operations research, an Advanced Course (TAOP62, spring term 2019)
  • Introduction to Operations Research (TAOP52, spring term 2019)
  • Engineering Optimization (TAOP88, autumn term 2019)
  • Operations Research, an Advanced Course (TAOP37, spring term 2015)
  • Introduction to Operations Research (TAOP14, autumn term 2016)
  • Optimization (TAOP23, autumn term 2014)

CV
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Publications
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2020

2019

2018

2017

2016

2015

Organisation
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