单调凹博弈中的连续时间折扣镜像下降动力学
Continuous-time Discounted Mirror-Descent Dynamics in Monotone Concave Games
AI总结:
本文针对具有单调性的凹连续核博弈,提出基于强凸或勒让德正则化器的两类折扣镜像下降动力学,证明其在不同单调伪梯度博弈中的收敛性,拓展了镜像下降动力学的适用场景。
摘要:
本文研究具有单调性特征的凹连续核博弈,提出折扣镜像下降类动力学。我们引入两类动力学,其对应的镜像映射分别基于强凸正则化器或勒让德正则化器构建。根据正则化器的性质,我们证明这些新型动力学在具有单调(负)伪梯度的凹博弈中可渐近收敛。此外,我们还证明当正则化器具有强凸性时,所得动力学甚至在具有次单调(负)伪梯度(即单调性不足)的博弈中也能收敛。
英文摘要:
In this paper, we consider concave continuous-kernel games characterized by monotonicity properties and propose discounted mirror descent-type dynamics. We introduce two classes of dynamics whereby the associated mirror map is constructed based on a strongly convex or a Legendre regularizer. Depending on the properties of the regularizer we show that these new dynamics can converge asymptotically in concave games with monotone (negative) pseudo-gradient. Furthermore, we show that when the regularizer enjoys strong convexity, the resulting dynamics can converge even in games with hypo-monotone (negative) pseudo-gradient, which corresponds to a shortage of monotonicity.
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