hi, anyone can help me, the most important thing is the excitation table if you can answer this only that will be sufficient, I need a full excitation table, please.

And please do not answer me like this because I could not benefit from it.

Design a synchronous counter that able to count from 0 to 3 continuously using D flip-flops. It has one input as "ODD/EVEN" that when it is ' 1 ', it will display odd number such as 1,3 . When it is ' 0 ', it will display even number such as 0,2. The counter has one more input as "UP/DOWN" that counter will count up (1,3) when it is ' 0 ', else it will count down (2,0). The counter has one more input as "ALERT" and when it is ' 1 ', the counter will display " 0 ". The undesired stated set to "don't care". Prepare a report (by Hand written) with state diagram, excitation table, K-Map/Boolean rules and counter design diagram. To design a synchronous counter that is able to count from 0 to 3 continuously using D flip-flops, we can follow the steps below: First, we need to draw a state diagram that shows the different states of the counter and the transitions between them. The states can be represented by the values of the counter, i.e. 0,1,2, and 3. The transitions between the states can be controlled by the inputs "ODD/EVEN", "UP/DOWN", and "ALERT". The state diagram for the counter would look something like this: State diagram: 5) Next, we can create an excitation table that shows the input and output values for each state of the counter. The excitation table for the counter would look something like this: Excitation table