The resilience of interdependent critical infrastructure systems (ICISs) is critical for the
functioning of society and the economy. ICISs such as power grids and telecommunication …

A framework for the description and analysis of multilayer networks is established in
statistical physics, and calls are increasing for their adoption by community ecologists …

Critical infrastructure networks such as electric power, water distribution, natural gas,
transportation and telecommunications are the backbone of modern societies as they …

Resilience is often thought of as the ability to withstand a disruption and recover quickly from
it. Thus, improving the resilience of an infrastructure system is often associated with reducing …

The structure of many real-world systems is best captured by networks consisting of several
interaction layers. Understanding how a multilayered structure of connections affects the …

Critical infrastructure networks such as transportation, telecommunications, electric power,
natural gas and oil, and water distribution rely on one another for their proper functionality …

The promise of big data is enormous and nowhere is it more critical than in its potential to
contain important, undiscovered interdependence among thousands of variables. Networks …

Several studies have suggested that functional connectivity (FC) is constrained by the
underlying structural connectivity (SC) and mutually correlated. However, not many studies …

Networks are convenient mathematical models to represent the structure of complex
systems, from cells to societies. In the last decade, multilayer network science–the branch of …

基于改进渗流理论, 提出了考虑物理层电网潮流分析与信息层延时的信息物理融合电力系统连锁
故障模型. 将连锁故障的动态发展描述为故障在信息层, 物理层交替传播扩大的多阶段过程 …