Fig 1 - Network science approach to modelling the topology and robustness of supply chain networks: a review and perspective

Fig. 1 Comparison of random, small-world and scale free networks. Topological structure of benchmark network models. Random and Small-world network topologies do not include hub nodes. In contrast, scale-free topologies are characterised by the presence of small number of highly connected hub nodes and a high number of feebly connected nodes. Presence of distinct hubs in scale-free networks make them more vulnerable to targeted attacks, compared to random and small-world networks

Comparison of random, small-world and scale free networks. Topological structure of benchmark network models. Random and Small-world network topologies do not include hub nodes. In contrast, scale-free topologies are characterised by the presence of small number of highly connected hub nodes and a high number of feebly connected nodes. Presence of distinct hubs in scale-free networks make them more vulnerable to targeted attacks, compared to random and small-world networks

Go to figure page

Reference

Network science approach to modelling the topology and robustness of supply chain networks: a review and perspective - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Comparison-of-random-small-world-and-scale-free-networks-Topological-structure-of_fig1_320308445 [accessed 30 Jun, 2024]

Caption

Fig. 1 Comparison of random, small-world and scale free networks. Topological structure of benchmark network models. Random and Small-world network topologies do not include hub nodes. In contrast, scale-free topologies are characterised by the presence of small number of highly connected hub nodes and a high number of feebly connected nodes. Presence of distinct hubs in scale-free networks make them more vulnerable to targeted attacks, compared to random and small-world networks

Embed code

<a href="https://www.researchgate.net/figure/Comparison-of-random-small-world-and-scale-free-networks-Topological-structure-of_fig1_320308445"><img src="https://www.researchgate.net/publication/320308445/figure/fig1/AS:548069377626112@1507681330835/Comparison-of-random-small-world-and-scale-free-networks-Topological-structure-of.png" alt="Comparison of random, small-world and scale free networks. Topological structure of benchmark network models. Random and Small-world network topologies do not include hub nodes. In contrast, scale-free topologies are characterised by the presence of small number of highly connected hub nodes and a high number of feebly connected nodes. Presence of distinct hubs in scale-free networks make them more vulnerable to targeted attacks, compared to random and small-world networks"/></a>