Websic problem under the general topic of computing optimal mixed strategies to commit to: given a game represented in normal form, compute an optimal mixed strategy for player 1to commit to. The following game is commonly used as an example for this. L R U (1,1) (3,0) D (0,0) (2,1) Without commitment, this game is solvable by iterated WebEarlier results consider the computation of optimal Stackelberg strategies, given that all the payoffs and the prior distribution over types are known. We extend these results in two different ways. First, we consider learning optimal Stackelberg strategies. Our results here are mostly positive.
Commitment to Correlated Strategies - Association for the …
Webthe existence of optimal strategies, we assume (as is commonly done [2,12]) that player 2 breaks ties in player 1’s favor, so that the optimal strategy for player 1 to commit to is … WebDec 28, 2024 · The problem of computing optimal strategy to commit to in various games has attracted intense research in-terests and has important real-world applications such as security (attacker-defender) games. In this paper, we consider the problem of computing optimal leader’s ma-chine to commit to in two-person repeated game, where tp1 standard clauses
Finding Optimal Moving Target Defense Strategies: A Resilience …
WebJun 11, 2006 · Such models are synonymously referred to as leadership, commitment, or Stackelberg models, and optimal play in such models is often significantly different from optimal play in the model where strategies are selected simultaneously.The recent … WebSignificant progress has been made recently in the following two lines of research in the intersection of AI and game theory: (1) the computation of optimal strategies to commit … Webcomputing the optimal strategy to commit to under distributional uncertainty about the follower utility. Instead, they study a setting where each individual agent employs a DRO … tp1 url shortener