Advances in Fairness and Game Theory in Multi-Agent Systems

The field of multi-agent systems is witnessing significant developments in fairness and game theory. Researchers are exploring new solution concepts, such as fairness metrics and no-regret learning algorithms, to improve the efficiency and equity of interactions between self-interested agents. The study of envy-freeness and truthfulness in data valuation and allocation is also gaining traction. Furthermore, the application of game-theoretic approaches to real-world problems, like electric vehicle charging and energy hub networks, is becoming increasingly prominent. Notable papers in this area include:

  • The Limits of 'Fairness' of the Variational Generalized Nash Equilibrium, which introduces a new solution concept for fairness in generalized Nash equilibrium problems.
  • From Fairness to Truthfulness: Rethinking Data Valuation Design, which adapts payment rules from mechanism design to ensure truthful reporting of costs in data markets.

Sources

The Limits of "Fairness" of the Variational Generalized Nash Equilibrium

Heterogeneous Resource Allocation for Ensuring End-to-End Quality of Service in Multi-hop Integrated Access and Backhaul Network

No-Regret Learning in Stackelberg Games with an Application to Electric Ride-Hailing

Understanding EFX Allocations: Counting and Variants

From Fairness to Truthfulness: Rethinking Data Valuation Design

Plug and Play Distributed Control of Clustered Energy Hub Networks

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