Abstract: In this paper, we focus on n-player strategic chance-constrained games where the payoff of each player fol- lows either Cauchy or normal distribution.
Nonlinear complementarity problems for n-player strategic chance ... - HAL
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In this paper, we focus on n-player strategic chance-constrained games where the payoff of each player follows either Cauchy or normal distribution.
The nonlinear complementarity problem (NCP) is widely used to prove the existence of an equilibrium strategy vector in non-cooperative n-person games, the ...
In this paper, we focus on n-player strategic chance-constrained games where the payoff of each player follows either Cauchy or normal distribution.
We show that a Nash equilibrium of a chance-constrained game can be computed by solving an equivalent nonlinear complementarity problem. Recommended articles ...
We show that a Nash equilibrium of a chance-constrained game can be computed by solving an equivalent nonlinear complementarity problem. ResearchGate Logo.
TL;DR: In this article , the equivalence between a Nash equilibrium problem and a variational inequality problem was shown for n-player strategic chance- ...
In this paper, we focus on n-player strategic chance-constrained games where the payoff of each player follows either Cauchy or normal distributions.
Solving Chance-Constrained Games Using Complementarity Problems · List of references · Publications that cite this publication.
Feb 27, 2024 · To that end, this work investigates a chance-constraint-based approach to coupled constraints in generalized Nash equilibrium problems which are ...