The Deceptive Resource Allocation Game admits an efficient non-iterative linear programming formulation for its Perfect Bayesian Nash Equilibrium that characterizes purposeful deception.
Deceptive path planning: A Bayesian game approach
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
years
2026 3verdicts
UNVERDICTED 3representative citing papers
Introduces an LP + Double Oracle solution method for a dynamic asymmetric-information game modeling deceptive path planning with goal selection and strategic resource allocation by an observer.
Adapts the Extensive-Form Double Oracle algorithm to indefinite-horizon adversarial graph traversal games with two-sided incomplete information, proves finite termination to an epsilon-Nash equilibrium, and uses Value of Information to characterize deceptive equilibrium behaviors.
citing papers explorer
-
Asymmetric-Information Resource Allocation Games: An LP Approach to Purposeful Deception
The Deceptive Resource Allocation Game admits an efficient non-iterative linear programming formulation for its Perfect Bayesian Nash Equilibrium that characterizes purposeful deception.
-
Linear Programming Approach to Deceptive Path Planning Game with Goal Selection
Introduces an LP + Double Oracle solution method for a dynamic asymmetric-information game modeling deceptive path planning with goal selection and strategic resource allocation by an observer.
-
Deception and Counter Deception in Adversarial Graph Traversal Game
Adapts the Extensive-Form Double Oracle algorithm to indefinite-horizon adversarial graph traversal games with two-sided incomplete information, proves finite termination to an epsilon-Nash equilibrium, and uses Value of Information to characterize deceptive equilibrium behaviors.