Task $6$: Traffic light controller

TRAFFIC LIGHT SINGLE

Figure $3$: Traffic light controller

The schematic of a traffic light controller is shown above. The purpose of the traffic light controller is

to control the traffic lights at an intersection of two equally busy roads. Because the roads are equally

busy each road has an equal length of time green light. If the traffic lights are working normally, what

are the four possible combinations of the two lights? The traffic light controller consists of three

components: the decoder, which determines what happens in each state, the timing circuit, which

provides a clock pulse and determines how long each state will last and the sequential logic, which

determines what the next state will be$.$ State diagram and Combinational logic

Starting with the state shown above $($red light in Main Street and green light in Side Street$)$ and using

Grey code for the sequence of the states determine what lights are on in each state and what the

inputs of the short and long timer triggers should be$.$ Then create the combinational logic for the traffic

lights with MultiSim. The traffic lights can be found in the Advanced$\_$Peripherals group.

For this task you need to:

Make the state diagram for the traffic lights. Show clearly what lights are on in each state and

what the inputs of the short and long timer triggers should be

Create the combinational logic for the traffic lights with MultiSim

Demonstrate that it works by using switches to control the input signals and indicators $($or traffic

lights$)$ for the output signals.

Make screenshots of the circuit during simulation

Follow all the submission requirements.

can you please give me answer by doing on multisim