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Ability to Count Messages Is Worth Θ(Δ) Rounds in Distributed Computing

机译:在分布式计算中,消息计数能力值得Θ(Δ)回合

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Hella et al. (PODC 2012, Distributed Computing 2015) identified seven different message-passing models of distributed computing-one of which is the port-numbering model-and provided a complete classification of their computational power relative to each other. However, their method for simulating the ability to count incoming messages causes an additive overhead of 2Δ-2 communication rounds, and it was not clear if this is actually optimal. In this paper we give a positive answer, by using bisimulation as our main tool: there is a matching linear-in-Δ lower bound. This closes the final gap in our understanding of the models, with respect to the number of communication rounds. By a previously identified connection to modal logic, our result has implications to the relationship between multimodal logic and graded multimodal logic.
机译:海拉等。 (PODC 2012,Distributed Computing 2015)确定了七个不同的分布式计算消息传递模型(其中一个是端口编号模型),并提供了它们相对于彼此的计算能力的完整分类。但是,他们的模拟传入消息计数能力的方法会导致2Δ-2个通信回合的额外开销,目前尚不清楚这是否是最佳选择。在本文中,我们通过使用双仿真作为主要工具给出了肯定的答案:存在一个匹配的Δin线性下界。这就弥合了我们对模型的理解方面的最后鸿沟,就沟通轮次而言。通过先前确定的与模态逻辑的联系,我们的结果对多模态逻辑和分级多模态逻辑之间的关系产生了影响。

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