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Develop an Assembly language code that simulate an air traffic control for a one day of a small airport. One day is 4 minutes long, where it takes I minute for each time (Morning, Afternoon, Evening and Late Night). The maximum number of passengers is 64 for each flight, which equals total number of Dot-matrix. Below air traffic details of one day is tabulated. There are 7 flights and 14 orders. Flight Number Flight I Flight 2 Flight 3 Flight 4 Flight 5 Flight 6 Flight 7 Time Arrival Order # of Passengers Morning Morning Morning Afternoon Morning Afternoon Morning PROJECT 2 3 2 7 5 6 64 51 35 60 15 43 11 Time Late Night Late Night Evening Evening Afternoon Late Night Evening Departure Order # of Passengers 63 57 49 21 14 10 36 14 12 9 10 8 13 11 Design Requirements: 7-Segment shows the number of flight when it departs or arrives. The the number of Dot-matrix show the total number of passengers in the flight. Red lights when the flight departs. Green lights when the flight arrives. The LED shows the time of the day: (Note: only one LED is ON at a time) LEDI is ON when it is morning for I minute. LED2 is ON when it is afternoon for 1 minute. LED3 is ON when it is evening for 1 minute. = LED4 is ON when it is late night for 1 minute. - Simulation of the 7-segment, Dot-matrix and LED must be simultaneously for each flight. Each flight spends 10 seconds to depart and arrive.