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The experiment was conducted on a Python platform using the NetSquid library. The network is a 10x10 grid quantum communication network, with the number of qubits within each node and the parameters of quantum channels between nodes initialized randomly.
For example, the network topology is set up in a grid, allowing qubits within the nodes to be allocated to channels in any direction, with each qubit assigned to only one channel at any given time.
Randomly generated graph state requests are represented by randomly connected graphs consisting of 5 to 20 nodes. These requests are used to test the distribution and integration of graph states using the proposed segmentation method.
For example, a request for a graph state with a specific structure and size is generated, and the process of segmenting, distributing, and integrating the graph state is simulated in the quantum network.
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IEEE/ICACT20250011 Slide.16
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