Queueing research has a plethora of applications and has been an area of study spanning from telecommunications to economics. Traditionally, studies on queueing has mainly concentrated on design, performance and running of the service facility with customers arriving following a stochastic process. In this paper we take an agent based modeling approach to develop a behavioral model of a queueing system using Cellular Automata (CA). We study how adaptive expectation along with a simple information network (as defined by the CA) affects decision-making behavior among agents (customers)
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Queueing research has a plethora of applications and has been an area of study spanning from telecom...
Queueing research has a plethora of applications and has been an area of study spanning from telecom...
Traditional queueing research has concentrated mainly on design, performance and running of the serv...
Traditional queueing research has concentrated mainly on design, performance and running of the serv...
In this paper we use an agent-based modelling and simulation approach to model a queuing system with...
In this paper we use an agent-based modelling and simulation approach to model a queuing system with...
We address a service facility problem with captive interacting customers and service providers. This...
We address a service facility problem with captive interacting customers and service providers. This...
We address a service facility problem with captive interacting customers and service providers. This...
We propose a cellular automata model (CA) to understand and analyze how customers adapt their decisi...
We propose a cellular automata model (CA) to understand and analyze how customers adapt their decisi...
In this paper, we incorporate decision rules based on adaptive behaviour in order to analyze the imp...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Queueing research has a plethora of applications and has been an area of study spanning from telecom...
Queueing research has a plethora of applications and has been an area of study spanning from telecom...
Traditional queueing research has concentrated mainly on design, performance and running of the serv...
Traditional queueing research has concentrated mainly on design, performance and running of the serv...
In this paper we use an agent-based modelling and simulation approach to model a queuing system with...
In this paper we use an agent-based modelling and simulation approach to model a queuing system with...
We address a service facility problem with captive interacting customers and service providers. This...
We address a service facility problem with captive interacting customers and service providers. This...
We address a service facility problem with captive interacting customers and service providers. This...
We propose a cellular automata model (CA) to understand and analyze how customers adapt their decisi...
We propose a cellular automata model (CA) to understand and analyze how customers adapt their decisi...
In this paper, we incorporate decision rules based on adaptive behaviour in order to analyze the imp...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
Most work in queuing theory is performed at an aggregate level, with linear models for which closed-...
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