Latest Articles for Game Theory

A look into strategies in reach-avoid games and the roles of pursuers and evaders.

Exploring how oracle models can improve decision-making under uncertainty.

A study on non-stationary dueling bandits and their learning dynamics.

Discover how quantum games redefine our understanding of competition and collaboration.

Exploring the turnpike property’s impact on solving Mean Field Games numerically.

Examining new methods for managing distributed systems through innovative logical frameworks.

This study focuses on how robots can plan despite making mistakes.

ReZero improves decision-making speed in MCTS algorithms while maintaining performance quality.

Exploring the significance of history-deterministic automata and their applications in verification processes.

Examines how player desirability impacts coalition outcomes in cooperative games.

A framework for assessing AI strategies in competitive and cooperative environments.

A closer look at how group size affects cooperation dynamics.

MESA enhances exploration strategies for agents working together in various environments.

A look into complex player strategies and objectives in concurrent stochastic games.

Exploring strategy and complexity in discounted-sum games between two players.

A look into how agents handle deception and protect themselves.

Research tackles SHAP score calculation while relaxing feature independence assumptions.

This paper investigates how observers can infer agent information from their actions.

Examining how cooperation and defection evolve in interlinked communities.

A study on Robust POMDPs and their implications for decision-making under uncertainty.

A deep dive into best-response dynamics in integer convex quadratic games.

This study focuses on algorithms for determining winners in regular games.

A study on how brain activity influences fairness in strategic social decisions.

Examining how memory impacts decision-making in incomplete information games.

Using games to represent complex quantum computations and information flow.

Exploring effective strategies for managing large groups of interacting agents.

Introducing Variable Size Game Theory to analyze group dynamics and interactions.

Analyzing robust methods for fair allocations in cooperative optimization games.

Agents make choices in a multi-agent setting using predictions for better outcomes.

New approaches enhance decision-making methods, reducing reliance on prior knowledge and improving exploration.

An exploration of a mathematical puzzle and its different elimination rules.

This article examines the role of the Pettis integral in economic models.

This paper presents Bayesian-CFR, enhancing decision-making in complex games with incomplete information.

New techniques improve envy-free cake-cutting among multiple participants.

A look into how decision-making problems interact in Mathematical Program Networks.

A look at how cheating affects casino winnings using mathematical models.

Research on how harmful agents can corrupt good agents in decentralized RL.

Study reveals quick paths to efficient Nash equilibria in potential games.

A clear look at why switching doors is the winning strategy.

Introducing innovative algorithms for complex optimization challenges.