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Design an elevator control which takes floor number (0, 1, 2, and 3) as input and outputs the direction of movement of the elevator (up (1), down(0), stay (2)) and the number of floors to move. Floors: 0, 1, 2, 3 (Ground, First, Second, Third) Input: Press the floor to move to button (0, 1, 2, 3) . o Present State- Current Floor o Next State Next Floor i.e., floor to move to Outputl up/down/stay (1/0/2) Output2 Floors to move (If you are no Floor 1 and Input is 3 then Output 2 will be 2. Use both Quine-McLuskey and Karnaugh Maps methods to design the logic of each of the output bits of movement and number of floors to move. Use D fliop-flops to tie the next state to the present state in the circuit. The design should be complete including all the logic and the state circuit elements There are six output signal bits total and you will have a Karnaugh map for each one of those output as well as Quine-McLuskey minimization. There are four input signal bits.

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