We present a simple game model where agents with different memory lengths compete for finite resources. We show by simulation and analytically that an instability exists at a critical memory length, and as a result, different memory lengths can compete and coexist in a dynamical equilibrium. Our analytical formulation makes a connection to statistical urn models, and we show that temperature is mirrored by the agent’s memory. Our simple model of memory may be incorporated into other game models with implications that we briefly discuss
Cyclic dynamics are displayed in many social, economic, physical and biological systems governed by ...
We study a dynamic process where agents in a network interact in a Prisoner?s Dilemma. The network n...
The paper initiates the study of long term interactions where players' bounded rationality varies ov...
We present a simple game model where agents with different memory lengths compete for finite resourc...
We study models of learning in games where agents with limited memory use social information to deci...
This paper studies a model of memory. The model takes into account that memory capacity is limited a...
This paper studies a model of memory. The model takes into account that memory capacity is limited a...
While it is known how players may learn to play in a game they know, the issue of how their model of...
In our daily life, we have to make our decisions with our restricted abilities (bounded rationality)...
We propose a simple dynamic adjustment mechanism, equivalent to the standard replicator dynamics in ...
One problem associated with coevolutionary algorithms is that of forgetting, where one or more previ...
We consider a group of agents playing the Hawk-Dove game. These agents have a finite memory of past ...
We introduce a two-player model of reinforcement learning with memory. Past actions of an iterated g...
We analyze grand-canonical minority games with infinite and finite score memory and different updati...
AbstractThe memory game, or concentration, as it is sometimes called, is a popular card game played ...
Cyclic dynamics are displayed in many social, economic, physical and biological systems governed by ...
We study a dynamic process where agents in a network interact in a Prisoner?s Dilemma. The network n...
The paper initiates the study of long term interactions where players' bounded rationality varies ov...
We present a simple game model where agents with different memory lengths compete for finite resourc...
We study models of learning in games where agents with limited memory use social information to deci...
This paper studies a model of memory. The model takes into account that memory capacity is limited a...
This paper studies a model of memory. The model takes into account that memory capacity is limited a...
While it is known how players may learn to play in a game they know, the issue of how their model of...
In our daily life, we have to make our decisions with our restricted abilities (bounded rationality)...
We propose a simple dynamic adjustment mechanism, equivalent to the standard replicator dynamics in ...
One problem associated with coevolutionary algorithms is that of forgetting, where one or more previ...
We consider a group of agents playing the Hawk-Dove game. These agents have a finite memory of past ...
We introduce a two-player model of reinforcement learning with memory. Past actions of an iterated g...
We analyze grand-canonical minority games with infinite and finite score memory and different updati...
AbstractThe memory game, or concentration, as it is sometimes called, is a popular card game played ...
Cyclic dynamics are displayed in many social, economic, physical and biological systems governed by ...
We study a dynamic process where agents in a network interact in a Prisoner?s Dilemma. The network n...
The paper initiates the study of long term interactions where players' bounded rationality varies ov...