Consider 4 digits of your birthdate to simulate 4 customers, in a single queue single server system. For example, if yo
Posted: Thu Jun 02, 2022 7:53 am
Consider 4 digits of your birthdate to simulate 4 customers, in
a single queue single server system. For example, if your
birthdate is14/1/2000,
then 2, 4, 1,
and 1 will be the input as inter-arrival
time;
and 1, 1, 4,
and 2 as service time. If
your birthdate has 0, for
example, 20/09/2001, then
the interarrival time will
be 2, 1, 1,
and 9 ( replace
the 0 buy 1); and
the service time will
be 9, 1, 1,
and 2.
The given inter-arrival times and service times are in
minutes.
Conduct the “Hand” simulation using an excel sheet.
1) Display system, state variables, clock, events list, and
statistical counters, all after execution of each event.
2) Compute output performance measures (including:
The average delay in the queue in minutes/customer, average
number in the queue (customers/minute), the area under queue, Area
under busy, and Server utilization, ...; similar to the
example on the attached Excel sheet.
There are videos explaining how to conduct the "Hand"
simulation.
Use the attached pdf file to help how to compute the required
variables and follow the algorithm of the "Hand' simulation.
a single queue single server system. For example, if your
birthdate is14/1/2000,
then 2, 4, 1,
and 1 will be the input as inter-arrival
time;
and 1, 1, 4,
and 2 as service time. If
your birthdate has 0, for
example, 20/09/2001, then
the interarrival time will
be 2, 1, 1,
and 9 ( replace
the 0 buy 1); and
the service time will
be 9, 1, 1,
and 2.
The given inter-arrival times and service times are in
minutes.
Conduct the “Hand” simulation using an excel sheet.
1) Display system, state variables, clock, events list, and
statistical counters, all after execution of each event.
2) Compute output performance measures (including:
The average delay in the queue in minutes/customer, average
number in the queue (customers/minute), the area under queue, Area
under busy, and Server utilization, ...; similar to the
example on the attached Excel sheet.
There are videos explaining how to conduct the "Hand"
simulation.
Use the attached pdf file to help how to compute the required
variables and follow the algorithm of the "Hand' simulation.