Once a critical node is destroyed, the interdependent network is prone to experience severe
cascading failure. Due to the coupling, traditional methods are challenging to apply to …

We explore recent contributions to research in Econophysics, switching between
Macroscopic complexity and microscopic modelling, showing how each leads to the other …

Many realistic systems such as infrastructures are characterized by spatial structure and
anisotropic alignment. Here we propose and study a model for dealing with such …

Many real-world systems interact with one another through dependency links, which
reduces the system robustness. Most previous studies on the robustness of interdependent …

Command and control networks (C2N) exhibit evident multi-network interdependencies
owing to their complex hierarchical associations, interleaved communication links, and …

Deviating from the common situation where some physical objects are considered to move
in space, the present chapter deals with the spreading of failures in complex systems like …

Most existing studies model interdependent networks as simple network systems consisting
of two or more undirected subnets, and the interdependent edges between the networks are …

Existing theoretical models of interdependent networks are mostly aimed at complex
network systems which composed of undirected subnets. However, in practical scenarios …

Natural catastrophes can affect different structures with varying intensities depending on the
global and local characteristics of the event. For example, for earthquakes we have global …