The analysis of network robustness tackles the problem of studying how a complex network
behaves under adverse scenarios, such as failures or attacks. In particular, the analysis of …

In order to obtain interdependent networks with stronger control-capacity, in this paper,
based on Kalman's rank theory, a widely used and improved index of control-capacity for …

In this work we model the Internet as a physical–logical interdependent network composed
by the logical Internet network (Autonomous System level network), the physical Internet …

In this paper, we propose closed-form analytic approximations for the minimum number of
driver nodes needed to fully control networks, where links are removed according to both …

This work addresses the study of Chilean Internet robustness in how an outage at the
physical layer (Internet backbone) affects the upper layer (BGP network) that routes from/to …

Reality networks such as power grids and social networks can be spatially embedded. In
this paper, we focus on the spatial cascading effect in such networks. The spatial cascading …

Networks are often made up of several layers that exhibit diverse degrees of
interdependencies. An interdependent network consists of a set of graphs G that are …

In this article we study the Internet's robustness under physical node failures, given that the
physical layer is built over spaces with geometry/shape restrictions. This is of special interest …

Interconnection between telecommunication networks and other critical infrastructures is
usually established through nodes that are spatially close, generating a geographical …

Most of transportation networks interacts with other to support our modern society way of life.
The proper performance of interdependent networks depends on the normal operation of the …