Latest Articles for Nash Equilibria

Learn how players can improve negotiation outcomes with informed decisions.

Discover the strategies and rules of Baccara Chemin de Fer.

Pure CFR improves decision-making in complex games with hidden information.

Examining Nash equilibria in network scenarios involving attackers and defenders.

This paper discusses the balance of supply and demand in electricity markets.

This article examines how players coordinate and trust in communication games.

Examining the impacts of imperfect vaccination on health and society.

A method to manage multiple agents for safe formations and collision avoidance.

A novel approach to stabilize player strategies in congestion games with limited information.

A look at how agents adapt and learn in dynamic environments.

This paper examines how firms operate in carbon credit markets to reduce emissions.

This study examines finding Nash equilibria amid individual constraints in competitive scenarios.

A new model enhances insights in normal-form games.

Examining the impact of data corruption on learning strategies in two-player zero-sum Markov games.

New methods improve strategies in extensive-form games for better outcomes.

Exploring how agents adapt their strategies in complex networked systems.

This study examines strategy adjustments in multi-agent settings through satisficing paths.

A method for finding Nash equilibria in complex decision-making scenarios.

A look into mean-field games and their role in multiagent systems.

A new method enhances strategy learning for agents in multi-agent systems.

This article explores user strategies in energy markets to tackle congestion issues.

Examining coordination, networks, and decision-making among agents in different settings.

A method for agents to learn strategies in mean field games with minimal prior knowledge.

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.

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

This article examines how individual behavior affects disease spread and management.

This study examines player behavior in blindfolded games using Thompson sampling.

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

Two algorithms improve decision-making for agents in competitive and cooperative environments.

Renewable energy forecasting needs better coordination for efficiency and cost-effectiveness.

Examining complex interactions in games with advanced mathematical methods.

A new algorithm enhances computer learning in competitive games.

A look into how learning algorithms act in competitive two-player games.

A look into game theory and strategy evolution over time.

A new algorithm optimizes multi-agent systems while protecting user privacy.

Nash states offer new insights into quantum systems using concepts from game theory.

A look into how agents interact and make decisions over time.

A deep dive into decision-making dynamics in two-person games.

Analyzing how spectrum sharing changes competition among service providers.