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A Sequential Model for Reasoning about Bargaining in Logic Programs

机译:逻辑程序讨价还价推理的顺序模型

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This paper presents a sequential model of bargaining based on abduc-tive reasoning in ASP. We assume that each agent is represented by a logic program that encodes the background knowledge of the agent. Each agent has a set of goals to achieve but these goals are normally unachievable without an agreement from the other agent. We design an alternating-offers procedure that shows how an agreement between two agents can be reached through a reasoning process based on answer set programming and abduction. We prove that the procedure converges to a Nash equilibrium if each player makes rational offer/counter-offer at each round.
机译:本文提出了一种基于可推理的ASP讨价还价的顺序模型。我们假设每个代理由逻辑程序表示,该逻辑程序对代理的背景知识进行编码。每个代理都有一组要实现的目标,但是,如果没有其他代理的同意,这些目标通常是无法实现的。我们设计了一个交替报价程序,该程序显示了如何通过基于答案集编程和绑架的推理过程来达成两个代理之间的协议。我们证明,如果每个玩家在每个回合中都进行合理的出价/还价,则该过程收敛于Nash均衡。

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