I am a PhD student at the University of British Columbia. My area of research is Algorithmic Game Theory and Mechanism design. I am especially interested in using game theoretic tools to explore player behaviour in mobile games and virtual economies. My PhD supervisor is Kevin Leyton-Brown .

I recieved a Masters Degree in Computer Science from UBC in 2019 and received my Bachelors degree from Dalhousie University in 2017

Taylor Lundy

tlundy at cs.ubc.ca

Department of Computer Science
University of British Columbia
2366 Main Mall, Room x560
Vancouver
Canada

Publications

  • STEER-ME: Assessing the Microeconomic Reasoning of Large Language Models
    Narun Raman, Taylor Lundy, Thiago Amin, Jesse Perla, Kevin Leyton-Brown
    Pre-print
  • [arXiv]
  • NFTs as a Data-Rich Test Bed: Conspicuous Consumption and its Determinants
    Taylor Lundy, Narun Raman, Scott Duke Kominers, Kevin Leyton-Brown
    WWW'25
  • [arXiv]
  • Simple Mechanisms for Utility Maximization: Approximating Welfare in the I.I.D. Unit-Demand Setting
    Kira Goldner, Taylor Lundy
    Pre-print
  • [arXiv]
  • STEER: Assessing the Economic Rationality of Large Language Models
    Narun Raman, Taylor Lundy, Samuel Amouyal, Yoav Levine, Kevin Leyton-Brown, Moshe Tennenholtz
    ICML'24
  • [arXiv]
  • UNSAT Solver Synthesis via Monte Carlo Forest Search
    Chris Cameron, Jason Hartford, Taylor Lundy, Tuan Truong, Alan Milligan, Rex Chen, Kevin Leyton-Brown
    CPAIOR'24
  • [arXiv]
  • Pay to (Not) Play: Monetizing Impatience in Mobile Games
    Taylor Lundy, Narun Raman, Hu Fu, Kevin Leyton-Brown
    AAAI'24
  • [arXiv]
  • The Perils of Learning Before Optimizing
    Chris Cameron, Jason Hartford, Taylor Lundy, Kevin Leyton-Brown
    AAAI'22
  • [AAAI]
  • Limitations of Incentive Compatibility on Discrete Type Spaces
    Taylor Lundy and Hu Fu
    AAAI'20
  • Allocation for Social Good: Auditing Mechanisms for Utility Maximization
    Taylor Lundy, Alexander Wei, Hu Fu, Scott Duke Kominers, Kevin Leyton-Brown
    EC'19
  • [PDF]
Plain Academic