To improve the network invulnerability, most strategies are designed for optimizing the
network capacity to prevent the cascade overload without considering the network robust …

We investigate the similarities and differences among three queue rules, the first-in-first-out
(FIFO) rule, last-in-first-out (LIFO) rule and random-in-random-out (RIRO) rule, on dynamical …

Recent studies have demonstrated that network community structure can significantly
reduce the network transport efficiency. In this paper, the weakening community structure …

In view of the characteristics of low speed mobile ship network, strong network dynamics
and large signal interference, this paper proposes a low-rate mobile sensor network routing …

The supply network formalism and resilience fundamentals introduced in Chaps. 2 and 3
provide the theoretical foundation to understand resilience in SNs. Practitioners, however …

Existing routing strategies such as the global dynamic routing [X. Ling, MB Hu, R. Jiang and
QS Wu, Phys. Rev. E 81, 016113 (2010)] can achieve very high traffic capacity at the cost of …

Since the delivery capacity of each node is neither uniform nor strictly proportional to the
degree in many real networked systems such as the Internet, we consider the node capacity …

This1 article introduces Software Defined Network (SDN) technology into the Wireless
Sensor Network (WSN) field, the working mechanism of OPENFLOW, and the software …

Structure and Optimization Strategies of the Air Passengers’ Transport Network in “the Belt and
Road” Region Page 1 Structure and Optimization Strategies of the Air Passengers’ Transport …

In an increasingly interconnected world, physical, service, and digital supply networks are
becoming progressively more complex, dynamic, and interdependent. As this transformation …