Recent Posters

Preferences Single-Peaked on a Circle (Poster) Kemeny is NP-hard for 7 Voters (Poster) Optimal Bounds for the No-Show Paradox via SAT Solving (Poster) Towards Structural Tractability in Hedonic Games (Poster) Preferences Single-Peaked on Nice Trees (Poster) Complexity of Hedonic Games with Dichotomous Preferences (Poster) Simple Causes of Complexity in Hedonic Games (Poster)

News. Two papers (tum, sigma) presented at ADT-17. Two acccepted papers (cake-cutting, proprank) at IJCAI-17. One paper (halfway) presented at TARK-17. Three papers (spoc, euclid, gasp) presented at AAAI-17. Recently, I have co-written two book chapters (sat, structure) for a forthcoming volume on Computational Social Choice edited by Ulle Endriss, and a short essay on Effective Altruism (ea) for a volume on the Future of Economic Design.

Preprints

Book Chapters

  1. Economic Design for Effective Altruism.
    Dominik Peters. Draft Chapter for Future of Economic Design (in preparation) – comments welcome!
    PDF (draft)
  2. Computer-aided Methods for Social Choice Theory.
    Christian Geist and Dominik Peters. Chapter in Trends in Computational Social Choice (forthcoming).
    PDF
  3. Structured Preferences.
    Edith Elkind, Martin Lackner, and Dominik Peters. Chapter in Trends in Computational Social Choice (forthcoming).
    PDF

Journal Publications

  1. Optimal Bounds for the No-Show Paradox via SAT Solving.
    Felix Brandt, Christian Geist, and Dominik Peters. In Mathematical Social Science (2017).
    PDF · Journal · Poster · arXiv · AAMAS version · Replication Data · BibTeX

Conference Publications

  1. Single-Peakedness and Total Unimodularity: New Polynomial-Time Algorithms for Multi-Winner Elections.
    Dominik Peters. In AAAI '18 (accepted). Also presented at ADT '17.
    PDF · Slides · arXiv · BibTeX
  2. Effective Heuristics for Committee Scoring Rules.
    Piotr Faliszewski, Martin Lackner, Dominik Peters, and Nimrod Talmon. In AAAI '18 (accepted).
    PDF
  3. On Recognising Nearly Single-Crossing Preferences.
    Florian Jaeckle, Dominik Peters, and Edith Elkind. In AAAI '18 (accepted).
    PDF
  4. Condorcet's Principle and the Preference Reversal Paradox.
    Dominik Peters. In TARK '17.
    PDF · Slides · BibTeX
  5. Precise Complexity of the Core in Dichotomous and Additive Hedonic Games.
    Dominik Peters. In ADT '17 (accepted).
    PDF · Slides · arXiv · BibTeX
  6. Fair Division of a Graph.
    Sylvain Bouveret, Katarína Cechlárová, Edith Elkind, Ayumi Igarashi, and Dominik Peters. In IJCAI '17.
    PDF · arXiv · BibTeX
  7. Proportional Rankings.
    Piotr Skowron, Martin Lackner, Markus Brill, Dominik Peters, and Edith Elkind. In IJCAI '17.
    PDF · arXiv · BibTeX
  8. Preferences Single-Peaked on a Circle.
    Dominik Peters and Martin Lackner. In AAAI '17.
    PDF · Poster · BibTeX
  9. Group Activity Selection on Social Networks.
    Ayumi Igarashi, Dominik Peters, and Edith Elkind. In AAAI '17.
    PDF · arXiv · BibTeX
  10. Recognising Multidimensional Euclidean Preferences.
    Dominik Peters. In AAAI '17 and COMSOC '16.
    PDF · AAAI version · Slides · arXiv · BibTeX
  11. Preference Restrictions in Computational Social Choice: Recent Progress.
    Edith Elkind, Martin Lackner, and Dominik Peters. In IJCAI '16 (Early Career Spotlight Track).
    PDF · BibTeX
  12. Interdependent Scheduling Games.
    A. Abeliuk, H. Aziz, G. Berbeglia, S. Gaspers, J. Gudmundsson, P. Stursberg, P. Kalina, N. Mattei, D. Peters, P. Van Hentenryck, T. Walsh. In IJCAI '16.
    PDF · arXiv · BibTeX
  13. Optimal Bounds for the No-Show Paradox via SAT Solving.
    Felix Brandt, Christian Geist, and Dominik Peters. In AAMAS '16 (Nominated for Best Paper Award).
    PDF · also see journal version above
  14. Preferences Single-Peaked on Nice Trees.
    Dominik Peters and Edith Elkind. In AAAI '16.
    PDF · Poster · BibTeX
  15. Graphical Hedonic Games of Bounded Treewidth.
    Dominik Peters. In AAAI '16.
    PDF · BibTeX
  16. Complexity of Hedonic Games with Dichotomous Preferences.
    Dominik Peters. In AAAI '16.
    PDF · Poster · BibTeX
  17. Towards Structural Tractability in Hedonic Games. (Student Abstract)
    Dominik Peters. In AAAI '16 Student Abstracts.
    PDF · Poster
  18. Simple Causes of Complexity in Hedonic Games.
    Dominik Peters and Edith Elkind. In IJCAI '15 and CoopMAS '15.
    PDF · Poster · arXiv · BibTeX
    We develop a framework that shows that deciding whether a hedonic game admits a stable outcome is NP-hard for a large number of classes of hedonic games, unifying and extending the previously known hardness results in the field.


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Wikipedia articles I have written