Project using synchronization of threads

I am looking to get this project done for a fair price. It must be done in Java and I need it finished by sunday ,04-29-2018， 8pm newyork. If you have any questions please feel free to message me privately. Below are the instructions as well as an attached PDF of the project. This project will familiarize you with the creation and execution of threads, and with the use of the Thread class methods. In order to synchronize the threads you will have to use (when necessary), run( ), start( ), currentThread( ), getName( ), join( ), yield( ), sleep(time), isAlive( ), getPriority( ), setPriority( ), interrupt( ). In synchronizing threads, do NOT use any semaphores, wait( ), notify( ) or notifyAll( ). ELLIS ISLAND Tourists go to Ellis Island to learn about the beginnings of America, and about their ancestors who immigrated to this country. Every one and a half hours a documentary movie is presented. A movie session contains a presentation period, and the movie. Before the movie session starts, interested visitors wait in the lobby (use busy waiting). When the session starts, visitors check if there are available seats, and if yes, they take one of the available seats. Checking and updating the number of available seats represents a critical section and it should be done from inside of a synchronized method. If there are no free seats, the visitors leave the room. They will attempt to attend the next coming movie session (use busy waiting). They are, a bit, worried that they might not be able to attend any movie session, so they rush and check if there are available seats in the next presentation. In order to do so, they increase their priority (use getPriority and setPriority). Note: this should happen for a very short time and after the check, the priority is reset back to default. If the next session is already full they give up (use yield() to simulate give up) and move on in visiting the museum. Visitors that attend the movie session will next listen to the speaker’s presentation (busy waiting). After the watching the movie they will also move on in visiting the museum. Before the movie starts, a speaker will give a short introduction to the present audience. When the presentation ends, everybody watches the movie (sleep of fixed time). At the end of the day, when the museum is closing, all visitors will leave. They will do this in decreasing order of their name (id) (this must be implemented using isAlive() and join()) The speaker waits for the time to start the presentation (by sleeping for a time that is long enough so that it will be interrupted when times comes. (use interrupt( ) and isInterrupted()). At the end of the day the speaker will leave. In order to keep track of the time, we need an additional thread, named clock. The clock will signal when a session starts, when a session ends, and when it is the end of the day. (This will be implemented by having the clock sleep for fixed interval of time) Between movie sessions we should have a break of 15 minutes. Initial values: theater capacity: 6 Num_visitors: 15 Number_sessions/day: 2 Using Java programming, synchronize the three types of threads, visitor(s), speaker, clock, in the context of the problem. Closely follow the implementation requirements. Use appropriate [login to view URL]( ) statements and the age( ) method to reflect the time of each particular action done by a specific thread. This is necessary for us to observe how the synchronization is working.