In many populations, the patterns of potentially infectious contacts are transients that can be described as a network with dynamic links. The relative timescales of link and contagion dynamics and the characteristics that drive their tempos can lead to important differences to the static case. Here, we propose some essential nomenclature for their analysis, and then review the relevant literature. We describe recent advances in they apply to infection processes, considering all of the methods used to record, measure and analyse them, and their implications for disease transmission. Finally, we outline some key challenges and opportunities in the field
AbstractNetworks offer a fertile framework for studying the spread of infection in human and animal ...
The development of accurate predictions of the spread of real-world diseases requires an interdiscip...
A toy example depicted here highlighting the results of a study in this issue of the Journal of Anim...
In many populations, the patterns of potentially infectious contacts are transients that can be desc...
We present a thorough inspection of the dynamical behavior of epidemic phenomena in populations with...
Networks are increasingly central to modern science owing to their ability to conceptualize multiple...
In this paper we present a model describing susceptible-infected-susceptible-type epidemics spreadin...
Human societies are organized in complex webs that are constantly reshaped by a social dynamic which...
Networks offer a fertile framework for studying the spread of infection in human and animal populati...
The dynamic nature of contact patterns creates diverse temporal structures. In particular, empirical...
Over the past century, mathematical epidemiology has grown to be one of the triumphs of applied math...
Data of physical contacts and face-to-face communications suggest temporally varying networks as the...
Over the past century, mathematical epidemiology has grown to be one of the triumphs of applied math...
We discuss the uses of networks as epidemiological tools to describe the interactions taking place w...
The dynamics of contact networks and epidemics of infectious diseases often occur on comparable time...
AbstractNetworks offer a fertile framework for studying the spread of infection in human and animal ...
The development of accurate predictions of the spread of real-world diseases requires an interdiscip...
A toy example depicted here highlighting the results of a study in this issue of the Journal of Anim...
In many populations, the patterns of potentially infectious contacts are transients that can be desc...
We present a thorough inspection of the dynamical behavior of epidemic phenomena in populations with...
Networks are increasingly central to modern science owing to their ability to conceptualize multiple...
In this paper we present a model describing susceptible-infected-susceptible-type epidemics spreadin...
Human societies are organized in complex webs that are constantly reshaped by a social dynamic which...
Networks offer a fertile framework for studying the spread of infection in human and animal populati...
The dynamic nature of contact patterns creates diverse temporal structures. In particular, empirical...
Over the past century, mathematical epidemiology has grown to be one of the triumphs of applied math...
Data of physical contacts and face-to-face communications suggest temporally varying networks as the...
Over the past century, mathematical epidemiology has grown to be one of the triumphs of applied math...
We discuss the uses of networks as epidemiological tools to describe the interactions taking place w...
The dynamics of contact networks and epidemics of infectious diseases often occur on comparable time...
AbstractNetworks offer a fertile framework for studying the spread of infection in human and animal ...
The development of accurate predictions of the spread of real-world diseases requires an interdiscip...
A toy example depicted here highlighting the results of a study in this issue of the Journal of Anim...