Replication data for: Multipartite Entanglement Distribution using a Central Quantum-Network Node

This is the data corresponding to the paper Multipartite Entanglement Distribution using a Central Quantum-Network Node by Guus Avis, Filip Rozpędek and Stephanie Wehner.<br>It contains the results of simulations of the distribution of GHZ states in a symmetric star-shaped network, where the central node of the network is either a "factory node" or a "2-switch". The factory node distributes GHZ states by preparing them locally and teleporting them to the end nodes, while the 2-switch assists the end nodes in creating Bell states between them, on which the end nodes then perform fusion operations to create the target GHZ state.<br>All data is contained by CSV files. Apart from the data itself, this repository also contains all the scripts used to create the plots shown in the paper, and info about what file contains what data.<br><br>All simulations were performed using the quantum-network simulator NetSquid. The code used to run the simulations is contained here: https://gitlab.com/softwarequtech/netsquid-snippets/netsquid-factory .<br>For more details, see the README file.<br><br>本数据集对应Guus Avis、Filip Rozpędek及Stephanie Wehner合著的论文《采用中央量子网络节点的多体纠缠分发》（Multipartite Entanglement Distribution using a Central Quantum-Network Node）。 该数据集包含对称星型网络中GHZ态（Greenberger-Horne-Zeilinger state）分发的仿真结果，此类网络的中央节点可配置为“工厂节点”或“2-交换机”。工厂节点通过本地制备GHZ态并将其隐形传态至末端节点以实现纠缠分发；2-交换机则协助末端节点两两之间构建贝尔态（Bell state），随后末端节点可对该贝尔态执行融合操作，进而生成目标GHZ态。 所有数据均存储于CSV格式文件中。除原始数据集外，本仓库还附带用于生成论文中所有绘图的脚本，以及各文件对应数据内容的说明信息。 所有仿真实验均基于量子网络仿真器NetSquid（NetSquid）开展，仿真运行代码存放于以下地址：https://gitlab.com/softwarequtech/netsquid-snippets/netsquid-factory。 如需获取更多详细信息，请参阅README文件。