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Arena_digital_simulation -- 2

task example

1:Customers arriving at a bank follow an exponential distribution with a mean of 2.5 min, i.e.,

EXPO(2.5). The bank operates from 10am to 4pm every day. There are three types of services: ...

2:For the same bank above, suppose now customers will now arrive following EXPO(1.1), without

any change would the bank be able to handle the increased business without excessive customer

waiting? How many cashiers would the bank need now to serve the increased customers without

the queue getting longer and longer? You will need to change the model and re-run the

simulation. Again, make five runs and use the average for your conclusion.

3Manual simulation. In this exercise, you are asked to perform a manual simulation of a Bank

Teller System with one teller and six customers coming in for service and wait in a single queue.

The Time of Arrival (Minutes) and Service Time (Minutes) of the customers are given below.

Compétences : Programmation C++, Génie Électrique, Ingénierie, Mathématiques, Matlab and Mathematica

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Concernant l'employeur :
( 436 commentaires ) KANPUR, India

Nº du projet : #17774290

2 freelance font une offre moyenne de ₹4888 pour ce travail

AchrafBijane

Hi, I'm an engineer in operations research. I'm familiar with simulations in Arena and I'm available to help you in this project. Please contact me for more details. Regards.

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kenado

Hello there, This is a queing theory project. I am a statitiscs student i covered the same under a unit called stochastic processes. I'll be happy to handle it for you Is it an infinite or finite qeue?

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