Complex networks can model a wide range of complex systems in nature and society, and
many algorithms (network generators) capable of synthesizing networks with few and very …

Advancements in cryptography and computer science have given birth to blockchain
technology. One of the most exciting evolutions of blockchain is the advancements in smart …

In the process of many real networks' growth, each new node joins a few existing nodes, the
number of which is unknown in advance. However, classical network growth models …

In some complex networks, nodes can continuously increase or decrease the number of
their incoming and outgoing links. The World Wide Web is one such example, as …

Multiple complex networks, each with different properties and mutually fused, have the
problems that the evolving process is time varying and non-equilibrium, network structures …

Increasingly, scholars have been recognizing the importance of designing resilient supply
chains (SCRES) within infrastructure networks. However, the existing literature discussed …

In some complex networks, nodes can continuously increase or decrease the number of
their incoming and outgoing links. The World Wide Web is one such example, as …

A collective user web behavior simulation is an import means for generating a large-scale
user network behavior in a network testbed or cyber range. Existing studies almost focus on …

The out-degree distribution is one of the most reported topological properties to characterize
real complex networks. This property describes the probability that a node in the network …

Most growth models for complex networks consider networks comprising a single connected
block or island, which contains all the nodes in the network. However, it has been …