Part 1 files have also been provided below
The Lab Java Files * List.java specifies the interface for a list using Generics and includes the printBackwards method. QueueInterface.java is well defined interface for a Queue ADT Part1. Implement a List based Queue class. You will write the LinkedQueue.java class that implements Queuelnterface.java. Note that QueueInterface.java extends the Iterable interface., which means that you have to provide an iterator for it, similar to Assignment 1 The LinkedQueue implementation should be a doubly link list based one, based on the doubly link list you developed in Assignement 1 Part2. Using your LinkedQueue class. You will use the new LinkedQueue class to solve the following problem. Suppose that certain airport has one runway. Each airplane takes landingTime minutes to land and takeOffTime to take off, and that, on the average, planes arrive at random instants of time. (Delays make the assumption of randomness quite reasonable.) There are two types of queues: a queue of airplanes waiting to land, and a queue of airplanes waiting to takeoff. Because it is more expensive to keep a plane airborne than have one waiting on the ground, we assume that the airplanes in the landing queue have priority over those in the takeoff queue Write a program to simulate this airport's operation. You might assume a simulated clock that advances in five-minute interval. For each tic, generate two random numbers. If the first is less than landingRate, a "landing arrival" has occurred and is added to the landing queue; and if the second is less than takeoffRate, a "takeoff arrival" has occurred and is added to takeoff queue. In addition to simulating how queue get formed, and how planes get the authorization to land/takeoff, you program should calculate the average queue length and the average time that an airplane spends in a queue. You may also investigate the effect of varying arrival and departure rates to simulate the prime and slack times of day, or what happens if the amount of time to land and takeoff is increased or decreased. These variable parameters should be arguments to the program, and not hard coded You will need to use the LinkedQueue implementation you developed in part 1 The Lab Java Files * List.java specifies the interface for a list using Generics and includes the printBackwards method. QueueInterface.java is well defined interface for a Queue ADT Part1. Implement a List based Queue class. You will write the LinkedQueue.java class that implements Queuelnterface.java. Note that QueueInterface.java extends the Iterable interface., which means that you have to provide an iterator for it, similar to Assignment 1 The LinkedQueue implementation should be a doubly link list based one, based on the doubly link list you developed in Assignement 1 Part2. Using your LinkedQueue class. You will use the new LinkedQueue class to solve the following problem. Suppose that certain airport has one runway. Each airplane takes landingTime minutes to land and takeOffTime to take off, and that, on the average, planes arrive at random instants of time. (Delays make the assumption of randomness quite reasonable.) There are two types of queues: a queue of airplanes waiting to land, and a queue of airplanes waiting to takeoff. Because it is more expensive to keep a plane airborne than have one waiting on the ground, we assume that the airplanes in the landing queue have priority over those in the takeoff queue Write a program to simulate this airport's operation. You might assume a simulated clock that advances in five-minute interval. For each tic, generate two random numbers. If the first is less than landingRate, a "landing arrival" has occurred and is added to the landing queue; and if the second is less than takeoffRate, a "takeoff arrival" has occurred and is added to takeoff queue. In addition to simulating how queue get formed, and how planes get the authorization to land/takeoff, you program should calculate the average queue length and the average time that an airplane spends in a queue. You may also investigate the effect of varying arrival and departure rates to simulate the prime and slack times of day, or what happens if the amount of time to land and takeoff is increased or decreased. These variable parameters should be arguments to the program, and not hard coded You will need to use the LinkedQueue implementation you developed in
