process
The BankModel class defines a simple process-interaction model of a bank
where service is provided by one or more tellers.
The BankModel2 class defines a simple process-interaction model of a bank
where service is provided by one or more tellers.
The BankModelOpt class defines a simple process-interaction model of a bank
where service is provided by one or more tellers.
The CallCenterModel class defines a simple process-interaction model of a call
center where service is provided by one or more tele-service representatives.
The ERModel class defines a simple process-interaction model of an Emergenct Room (ER)
model where service is provided by one or more nurses and one or more doctors.
The ERModel class defines a simple process-interaction model of an Emergenct Room (ER)
model where service is provided by one or more nurses and one or more doctors.
A patient will first see a nurse and then a doctor.
The ERModelOpt class defines a simple process-interaction model of an Emergency
Room (ER) model where service is provided by one or more nurses and one or more doctors.
The ERModelOpt class defines a simple process-interaction model of an Emergency
Room (ER) model where service is provided by one or more nurses and one or more doctors.
A patient will first see a nurse and then a doctor.
The IntersectionModel class simulates an intersection with four traffic lights
(Gates) and four roads.
The IntersectionModel class simulates an intersection with four traffic lights
(Gates) and four roads. Each road consists of two routes with one in each
direction. Each Route has two lanes (Transports).
The LoopModel class simulates a two-lane road in two directions, i.e., it
has 2 West-bound lanes and 2 East-bound lanes.
The LoopModel class simulates a two-lane road in two directions, i.e., it
has 2 West-bound lanes and 2 East-bound lanes. It used a composite class called
Route, which will have a Transport for each lane.
The MachineModel class defines a process-interaction model of a simple
two-stage manufacturing process.
The RoadModel class simulates a two-lane road in two directions, i.e., it
has 2 West-bound lanes and 2 East-bound lanes.
The RoadModel class simulates a two-lane road in two directions, i.e., it
has 2 West-bound lanes and 2 East-bound lanes. It used a composite class called
Route, which will have a Transport for each lane.
The TrafficModel class simulates an intersection with four traffic lights
(Gates) and four roads.
The TrafficModel class simulates an intersection with four traffic lights
(Gates) and four roads. Each road consists of two routes with one in each
direction. Each Route has two lanes (Transports).
The Bank object defines a particular scenario under which to execute the
bank model.
The Bank object defines a particular scenario under which to execute the
bank model.
scalation.process.ModelTest for another example of test code.
The Bank2 object defines a particular scenario under which to execute the
bank model.
The Bank2 object defines a particular scenario under which to execute the
bank model. This version reduces the impact of transports on simulation by
(1) using the transport's 'jump' method rather than its 'move' method and
(2) reducing the time through the transport by an order of magnitude.
scalation.process.ModelTest for another example of test code.
The BankOpt object performs Simulation Optimization (SO) on a bank model to
find the number of tellers that mimimizes the overall cost function.
The BankOpt object performs Simulation Optimization (SO) on a bank model to
find the number of tellers that mimimizes the overall cost function. Cost is
based on the daily pay for a teller (8 hours * 20 dollars per hour) and a
cost based on customer wait time (10 dollarsper minute of mean waiting time).
The BankOpt object performs Simulation Optimization (SO) on a bank model to
find the number of tellers that mimimizes the overall cost function.
The BankOpt object performs Simulation Optimization (SO) on a bank model to
find the number of tellers that mimimizes the overall cost function. Cost is
based on the daily pay for a teller (8 hours * 20 dollars per hour) and a
cost based on customer wait time (10 dollarsper minute of mean waiting time).
The CallCenter object defines a particular scenario under which to execute
the call center model.
The CallCenter object defines a particular scenario under which to execute
the call center model.
scalation.process.ModelTest for another example of test code.
The ERoom object runs the ERModel.
The ERoomOpt object performs Simulation Optimization (SO) on an Emergency Room (ER)
model to find the numbers of nurses and doctors that mimimize the overall cost function.
The ERoomOpt object performs Simulation Optimization (SO) on an Emergency Room (ER)
model to find the numbers of nurses and doctors that mimimize the overall cost function.
Cost is based on the daily pay for a nurse (8 hours * 30 dollars per hour), a doctor
(8 hours * 60 dollars per hour) and a cost based on customer wait time (10 dollars
per minute of mean waiting time).
The Intersection object is used to run the IntersectionModel class.
The Loop object is used to run the LoopModel class.
The Machine object defines a particular scenario under which to execute the
machine model.
The Road object is used to run the RoadModel class.
The Traffic object is used to run the TrafficModel class.
The process package contains example apps for process oriented simulation models.