Latest Articles for Game Theory

New methods help players improve poker strategies while minimizing risks.

A study on effective matching for maximizing project value in organizations.

This article examines how cooperation evolves through evolutionary games on toroidal grids.

This article examines the factors influencing cooperation in social settings.

Exploring how Q-Learning behaves in near-zero-sum competitive environments.

An overview of challenges and strategies in multi-armed bandit problems.

A study on Riemannian gradient descent and its application in complex game scenarios.

Explore the dynamics and strategies of bidding games between players.

A framework for analyzing how agents' beliefs impact group decisions.

Examining two-player strategies in minimax problems and their real-world applications.

An analysis of decision-making in gambling with limited information.

Exploring the use of regret minimization techniques in Mahjong gameplay.

A look into how players behave in Linear-Quadratic-Gaussian Nash games with randomness.

Examining different game models of Cops and Robber on directed graphs.

Research tackles the Maximum Weighted Digraph Partition problem for optimal graph division.

Exploring inscribed and circumscribed polygons through geometry and billiard systems.

A novel approach to enhance decision-making in complex environments.

Analyzing uncertain systems through probabilistic model checking and game theory insights.

Discover advancements in decentralized Q-learning for multi-agent systems.

Discover the strategies and structures behind synchronous games in mathematical problem-solving.

Absorbing games challenge traditional game theory with unexpected outcomes.

This article explores overlapping community detection methods to tackle network manipulation.

How small groups influence cooperation in society through committed actions.

Analyzing data routing strategies to minimize packet loss in shared networks.

Investigating how markets can reach equilibrium with asynchronous actions.

A study on how complexity shapes information across various objects.

A look into improving evaluations for agents in simulated economic scenarios.

Exploring transport equations and their implications across various fields.

JiangJun algorithm enhances gameplay in Chinese chess through innovative strategies.

Examining strategies for balancing energy management and decision-making in game theory.

Examining the impact of shared randomness on costs in network congestion games.

Explore the impact of adversarial attacks on multi-agent reinforcement learning systems.

A look at how MDPs and neural networks enhance decision-making in games.

Introducing VISER, a new approach for games with uneven information distribution.

A new method replaces randomness in decision-making with strategic games.

Analyzing how different agent abilities impact interactions and strategies.

FoX framework improves exploration in multi-agent reinforcement learning through formation awareness.

This article examines how travelers can navigate delays in public transport systems.

A look at bilevel programming and its complexities in optimization problems.

A new algorithm enhances efficiency in solving fair parity games.