DTU-homepage for Eva Rotenberg, associate professor, AlogoLoG, DTU Compute

Portrait

Publications: See Google Scholar or dblp

We are hiring:

  • Looking for 1 postdoc starting circa summer 2021
  • Looking for 1 PhD student starting summer 2021
  • Potential applicants are very welcome to contact me.

About my research:

  • Ingeniøren (in Danish) / Quanta Magazine on our result for Dynamic Planarity Testing
  • DTU news on Online Bipartite Matchings
  • DTU news on Decremental SPQR-trees
  • DIKU news (in Danish) about my master's thesis award
  • DTU has a short description of my dff grant 2020-2023 titled Dynamic Network Analysis.

Co-supervisor of ph.d. students:

  • Rikke Marie Langhede
  • Teresa Anna Steiner

Programme committee work:

  • 2019: CPM , ICALP track A , ESA track A,
  • 2020: STACS , HALG, FUN
  • 2021: SODA, SoCG

Other functions in conference organisation:

  • Halg 2019 as anti-harassment contact person,
  • CPM 2020 as local organiser.

Currently teaching:

  • Algorithmic Techniques for Modern Data Models
    Advanced course/masters level course.
    Lecturer / course coordinator with Inge and Philip since 2019.
  • Algorithms and Data Structures
    Guest lecturer on graph algorithms since 2018.
  • 02282 Algorithms for Massive Datasets
    Advanced course/masters level course.
    Guest lecture on distance oracles 2018-2019.
  • 02110 Algorithms and Data Structures II
    Occational guest lecturer in 2017 and 2019.

Past teaching:

  • Indledende Programmering (Introductory Programming)
    1st year undergraduate
    Guest lecturer in 2017.
    Lecturer / course coordinator 2018 - 2019.
  • Differential Privacy
    Ph.D. course. Reading Plan

Some DTU-courses that I can recommend:

  • Introductory Programming
  • Discrete Mathematics
  • Algorithms and Data Structures 1
  • Algorithms and Data Structures 2
  • Probability Theory
  • Graph Theory
  • Algorithms for Massive Data Sets
  • Algorithmic Techniques for Modern Data Models
  • Computationally Hard Problems
  • Graph Theory II
  • Discrete Mathematics 2