Inspections are used to prevent tax evasion or any other unlawful behavior. ? The effect of inspections depends on the network topology and the contagion rule. ? The network is modeled as a Watts?Strogatz Small World that is tuned from regular to random. ? Two contagion rules are applied: continuous and discontinuous. ? The equilibrium populations of payers and evaders are obtained in terms of these system parameters
Abstract We study the problem of spreading a particular behavior among agents located in a random so...
There are a number of domains where agents must collectively form a network in the face of the follo...
The spread of social phenomena such as behaviors, ideas or products is an ubiquitous but remarkably ...
We investigate the containment of epidemic spreading in networks from a normative point of view. We ...
We study the effects of an intervention aimed at identifying and containing outbreaks in a network m...
We consider a finite population of agents and define a contagion process as the dynamics by which an...
International audienceIn a randomized study, leveraging covariates related to the outcome (e.g. dise...
We model a simple dynamic process in which boundedly rational agents learn through their interaction...
International audienceContagion processes on networks, including disease spreading, information diff...
Social networks are everywhere in our everyday lives. We aggregate information, make decisions, and...
We study the long-run emergence of behavioral patterns in dynamic complex networks. Individuals can ...
Networks provide a powerful and unified framework to study complex systems. By abstracting systems d...
We report on our numerical studies of the Axelrod model for social influence in small-world networks...
In this paper, we present an agent-based model in which taxpayers ‘live’ in a network and care about...
The private ordering literature examines how nongovernment institutions mitigate opportunistic behav...
Abstract We study the problem of spreading a particular behavior among agents located in a random so...
There are a number of domains where agents must collectively form a network in the face of the follo...
The spread of social phenomena such as behaviors, ideas or products is an ubiquitous but remarkably ...
We investigate the containment of epidemic spreading in networks from a normative point of view. We ...
We study the effects of an intervention aimed at identifying and containing outbreaks in a network m...
We consider a finite population of agents and define a contagion process as the dynamics by which an...
International audienceIn a randomized study, leveraging covariates related to the outcome (e.g. dise...
We model a simple dynamic process in which boundedly rational agents learn through their interaction...
International audienceContagion processes on networks, including disease spreading, information diff...
Social networks are everywhere in our everyday lives. We aggregate information, make decisions, and...
We study the long-run emergence of behavioral patterns in dynamic complex networks. Individuals can ...
Networks provide a powerful and unified framework to study complex systems. By abstracting systems d...
We report on our numerical studies of the Axelrod model for social influence in small-world networks...
In this paper, we present an agent-based model in which taxpayers ‘live’ in a network and care about...
The private ordering literature examines how nongovernment institutions mitigate opportunistic behav...
Abstract We study the problem of spreading a particular behavior among agents located in a random so...
There are a number of domains where agents must collectively form a network in the face of the follo...
The spread of social phenomena such as behaviors, ideas or products is an ubiquitous but remarkably ...