Use the UML diagrams designed below to complete a multi-threading Java implementation of the system.

At the minimum:

a. Each station should be implemented using a dedicated thread

b. The simulation control should be implemented using a dedicated thread.

c. The carrier should be a shared resource (as the bounded Q in the threads example).

d. Threads should have provisions for synchronization, avoidance of race conditions and deadlocks.

e. Threads cannot communicate with a other threads via inter-process communication (except for using locks and synch.)

Use Case Diagram Carrier State Diagram Simulation Actve Carrier Ready Message Recelved Sennse Carer Wat for Carnier 0 s1 Move Lett nsmssionn Station Colision Detected Wait for Echo Progress Move Message s2 Detett ColE sion Move Right Compete Cycle End Program tman args String woi station vcid update staton s tupdate carner Simulation State Diagram Class Dagran Simulation Check Station Sta Generate P1, R1, R2 R3, R4 [as needed) stabu boean bilty couble start transmissionc tcks RE selget paranm delayticks R delay2: ticks Setget paramaters Update Carrier Update Station Use Case Diagram Carrier State Diagram Simulation Actve Carrier Ready Message Recelved Sennse Carer Wat for Carnier 0 s1 Move Lett nsmssionn Station Colision Detected Wait for Echo Progress Move Message s2 Detett ColE sion Move Right Compete Cycle End Program tman args String woi station vcid update staton s tupdate carner Simulation State Diagram Class Dagran Simulation Check Station Sta Generate P1, R1, R2 R3, R4 [as needed) stabu boean bilty couble start transmissionc tcks RE selget paranm delayticks R delay2: ticks Setget paramaters Update Carrier Update Station