Results 51 to 60 of about 9,860 (188)
Motivation to Run in One-Day Cricket
This paper presents a novel approach to identify an optimal coefficient for evaluating a player’s batting average, strike rate, and bowling average, aimed at achieving an optimal team score through dynamic modeling using a path integral method ...
Paramahansa Pramanik, Alan M. Polansky
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Stubbornness as Control in Professional Soccer Games: A BPPSDE Approach
This paper defines stubbornness as an optimal feedback Nash equilibrium within a dynamic setting. Stubbornness is treated as a player-specific parameter, with the team’s coach initially selecting players based on their stubbornness and making ...
Paramahansa Pramanik
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Stochastic Adaptive Linear Quadratic Differential Games
Game theory is playing more and more important roles in understanding complex systems and in investigating intelligent machines with various uncertainties. As a starting point, we consider the classical two-player zero-sum linear-quadratic stochastic differential games, but in contrast to most of the existing studies, the coefficient matrices of the ...
Nian Liu, Lei Guo 0001
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Risk sensitive stochastic control and differential games [PDF]
We give a concise introduction to risk sensitive control of Markov diffusion processes and related two-controller, zero-sum differential games. The method of dynamic programming for the risk sensitive control problem leads to a nonlinear partial differential equation of Hamilton-Jacobi-Bellman type. In the totally risk sensitive limit, this becomes the
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Optimal Pursuit Strategies in Missile Interception: Mean Field Game Approach
This paper investigates Mean Field Game methods to solve missile interception strategies in three-dimensional space, with a focus on analyzing the pursuit–evasion problem in many-to-many scenarios. By extending traditional missile interception models, an
Yu Bai, Di Zhou, Zhen He
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On infinite dimensional stochastic differential games
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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N-Player Stochastic Differential Games [PDF]
The paper presents conditions which guarantee that the control strategies adopted by N players constitute an efficient solution, an equilibrium, or a core solution. The system dynamics are described by an Ito equation, and all players have perfect information.
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On the Adjoint Markov Policies in Stochastic Differential Games
We consider time-homogeneous uniformly nondegenerate stochastic differential games in domains and propose constructing $\varepsilon$-optimal strategies and policies by using adjoint Markov strategies and adjoint Markov policies which are actually time-homogeneous Markov, however, relative not to the original process but to a couple of processes ...
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Approximating solution of stochastic differential games for distributed control of a water network
Rahul Misra +2 more
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Two-player zero-sum stochastic differential games with Markov-switching jump-diffusion dynamics
M. Ferreira +2 more
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