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B. Mealy Machine 2. From the ASM chart shown in Figure 2: i) Obtain the state machine that corresponds to this ASM Chart. ii) Construct the FBD that corresponds to this ASM Chart. ill) Design a Verilog program to model the ASM chart reset This is a conditional output in this case Z is '1' if Ais 1 else Ziso SO S3 S2 A S1 Figure 2 3. Design a simple traffic light controller for a set of traffic lights at a crossroad between a main highway and a kampong road. This example, which is significantly simpler than a real traffic signal controller, has only two lights - red and green. The main highway normally has a green light (main..green signal), while the kampong road (a minor road) has a red light (kog.ced). This is the default state. If car is detected by the sensor (car signal) on the kampong road, the signals change to red for the main highway (majured signal) and green for the kampong road (kpg..green signal). When the lights change, a timer is started. Once the timer times out, a timed signal is asserted, which causes the lights to change back to the default state. B. Mealy Machine 2. From the ASM chart shown in Figure 2: i) Obtain the state machine that corresponds to this ASM Chart. ii) Construct the FBD that corresponds to this ASM Chart. ill) Design a Verilog program to model the ASM chart reset This is a conditional output in this case Z is '1' if Ais 1 else Ziso SO S3 S2 A S1 Figure 2 3. Design a simple traffic light controller for a set of traffic lights at a crossroad between a main highway and a kampong road. This example, which is significantly simpler than a real traffic signal controller, has only two lights - red and green. The main highway normally has a green light (main..green signal), while the kampong road (a minor road) has a red light (kog.ced). This is the default state. If car is detected by the sensor (car signal) on the kampong road, the signals change to red for the main highway (majured signal) and green for the kampong road (kpg..green signal). When the lights change, a timer is started. Once the timer times out, a timed signal is asserted, which causes the lights to change back to the default state