Facebook的网络-网络和网络-物理数字双胞胎

John Ahlgren, Kinga Bojarczuk, S. Drossopoulou, Inna Dvortsova, Johann George, Natalija Gucevska, M. Harman, M. Lomeli, S. Lucas, E. Meijer, Steve Omohundro, Rubmary Rojas, Silvia Sapora, Norm Zhou
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引用次数: 19

摘要

网络-网络数字孪生是对软件系统的模拟。相比之下,网络物理数字孪生是对非软件(物理)系统的模拟。尽管网络-物理数字孪生最近受到了很多关注,但它们的网络-网络对等体相对来说却被忽视了。在本文中,我们展示了网络-网络数字双胞胎的独特属性如何为研究和开发开辟了令人兴奋的机会。像所有的数字双胞胎一样,网络-网络数字双胞胎既被它所模拟的双胞胎所告知,也被它所模拟的双胞胎所告知。因此,它是一个模拟另一个软件系统的软件系统,使其在概念上真正成为双胞胎,模糊了被模拟和模拟器之间的区别。网络-网络数字双胞胎可以是其他网络-网络数字双胞胎的双胞胎,从而导致双胞胎的层次结构。正如我们将看到的,这些明显的哲学观察对Facebook数字双胞胎的设计、实施和部署具有实际影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Facebook’s Cyber–Cyber and Cyber–Physical Digital Twins
A cyber–cyber digital twin is a simulation of a software system. By contrast, a cyber–physical digital twin is a simulation of a non-software (physical) system. Although cyber–physical digital twins have received a lot of recent attention, their cyber–cyber counterparts have been comparatively overlooked. In this paper we show how the unique properties of cyber–cyber digital twins open up exciting opportunities for research and development. Like all digital twins, the cyber–cyber digital twin is both informed by and informs the behaviour of the twin it simulates. It is therefore a software system that simulates another software system, making it conceptually truly a twin, blurring the distinction between the simulated and the simulator. Cyber–cyber digital twins can be twins of other cyber–cyber digital twins, leading to a hierarchy of twins. As we shall see, these apparently philosophical observations have practical ramifications for the design, implementation and deployment of digital twins at Facebook.
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