Develop an Assembly language code that simulate an air traffic control for a one day of a small airport. One day is 16 minutes long, where it takes 4 minutes 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.

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) LED1 is ON when it is morning. LED2 is ON when it is afternoon. LED3 is ON when it is evening. LED4 is ON when it is late night. Simulation of the 7-segment, Dot-matrix and LED must be simultaneously for each flight.

In the report,required to submit: The code. Flowchart of the design. A literature review about the role and importance of digital systems engineering in designing control systems with examples. At least 1500 words. Use figures and tables, and cite the references properly.

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 minutes 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