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Stackelberg games for model-free continuous-time stochastic systems based on adaptive dynamic programming

机译:基于自适应动态规划的无模型连续时间随机系统的Stackelberg游戏

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Solving the Stackelberg game problem generally needs full data of the system. In this paper, two online adaptive dynamic programming algorithms are proposed to solve the Stackelberg game problem for model-free linear continuous-time systems subject to multiplicative noise. Stackelberg games are based on two different strategies: Nash-based Stackelberg strategy and Pareto-based Stackelberg strategy. We apply directly the state and input information to iteratively update Stackelberg games online. The effectiveness of the algorithms is verified by two simulation examples. (C) 2019 Elsevier Inc. All rights reserved.
机译:解决Stackelberg游戏问题通常需要系统的完整数据。 在本文中,提出了两个在线自适应动态编程算法,以解决乘法噪声的无模型线性连续时间系统的Stackelberg游戏问题。 Stackelberg游戏基于两种不同的策略:基于NASH的Stackelberg战略和基于帕罗托的Stackelberg策略。 我们直接应用国家和输入信息,以迭代更新Stackelberg游戏在线。 通过两个模拟示例验证了算法的有效性。 (c)2019 Elsevier Inc.保留所有权利。

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