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arXiv 2108.07150math.OC
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具有扩散耦合的自由意志任意时间一致性协议

Free-Will Arbitrary Time Consensus Protocols with Diffusive Coupling

Quoc Van Tran, Minh Hoang Trinh, Nam Hoai Nguyen, Hyo-Sung Ahn

摘要:

在这份技术说明中,我们首先澄清了一个技术问题,在收敛性证明的自由意志任意时间(FwAT)的共识法律最近提出了在IEEE Trans. Cybern。(2020年)[1],使结果值得怀疑。然后,我们提出了自由意志的任意时间共识协议的多智能体系统与一阶和二阶动力学,分别与(可能切换)连接的相互作用图。根据建议的共识法律,我们表明,平均共识是在一个自由意志任意预先指定的时间。此外,所提出的共识定律是分布的,因为信息仅在相邻代理之间进行局部通信;与[1]中使用变形拉普拉斯算子的平均共识不同。

英文摘要:

In this technical note, we first clarify a technical issue in the convergence proof of a free-will arbitrary time (FwAT) consensus law proposed recently in Pal et al. IEEE Trans. Cybern. (2020)[1], making the results questionable. We then propose free-will arbitrary time consensus protocols for multi-agent systems with first- and second-order dynamics, respectively, and with (possibly switching) connected interaction graphs. Under the proposed consensus laws, we show that an average consensus is achieved in a free-will arbitrary prespecified time. Further, the proposed consensus laws are distributed in the sense that information is only communicated locally between neighboring agents; unlike the average consensus in [1] that uses a deformed Laplacian.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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