The style of mathematical models known to probabilists as Interacting Particle Systems and exemplified by the Voter, Exclusion and Contact processes have found use in many academic disciplines. In many such disciplines the underlying conceptual picture is of a social network, where individuals meet pairwise and update their "state" (opinion, activity etc) in a way depending on the two previous states. This picture motivates a precise general setup we call Finite Markov Information Exchange (FMIE) processes. We briefly describe a few less familiar models (Averaging, Compulsive Gambler, Deference, Fashionista) suggested by the social network picture, as well as a few familiar ones. © 2013 ISI/BS
peer-reviewedNetworks are everywhere. From social networks to ecological networks, transportation n...
The paper extends the Brock-Durlauf model of interactive discrete choice, where individuals’ decisio...
In tis talk I will present a derivation of macroscopic model of interacting particles. The populatio...
The style of mathematical models known to probabilists as Interacting Particle Systems and exemplifi...
The style of mathematical models known to probabilists as Interacting Particle Systems and exemplifi...
The style of mathematical models known to probabilists as Interacting Particle Systems and exemplifi...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
To interpret interacting particle system style models as social dynamics, suppose each pair {i, j} o...
To interpret interacting particle system style models as social dynamics, suppose each pair {i, j} o...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
AbstractWe consider an infinite interacting particle system in which individuals choose neighbors ac...
peer-reviewedNetworks are everywhere. From social networks to ecological networks, transportation n...
The paper extends the Brock-Durlauf model of interactive discrete choice, where individuals’ decisio...
In tis talk I will present a derivation of macroscopic model of interacting particles. The populatio...
The style of mathematical models known to probabilists as Interacting Particle Systems and exemplifi...
The style of mathematical models known to probabilists as Interacting Particle Systems and exemplifi...
The style of mathematical models known to probabilists as Interacting Particle Systems and exemplifi...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
To interpret interacting particle system style models as social dynamics, suppose each pair {i, j} o...
To interpret interacting particle system style models as social dynamics, suppose each pair {i, j} o...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
We consider an infinite interacting particle system in which individuals choose neighbors according ...
AbstractWe consider an infinite interacting particle system in which individuals choose neighbors ac...
peer-reviewedNetworks are everywhere. From social networks to ecological networks, transportation n...
The paper extends the Brock-Durlauf model of interactive discrete choice, where individuals’ decisio...
In tis talk I will present a derivation of macroscopic model of interacting particles. The populatio...