Part 3 - Controller Design (30pts) We will be designing a controller that implements the FSM...

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Part 3 - Controller Design (30pts) We will be designing a controller that implements the FSM for the below figure using a state register and logic gates. a) Create a state encoding table b) Create a state machine table for inputs (s1, s0, a, b) and output (n1, n0, y) where s1 and so indicate the current state and n1 and no are the next state. reset A y=0 /ab B y=1 a /a/b a /b D y=0 y=1 a b Controller Architecture Combinational Logic s1 so n0||n1 State Register c) Using Karnaugh maps to implement the combinational logic for n1, no and y and show the normalized form. Include screenshots of your Karnaugh maps. Part 3 - Controller Design (30pts) We will be designing a controller that implements the FSM for the below figure using a state register and logic gates. a) Create a state encoding table b) Create a state machine table for inputs (s1, s0, a, b) and output (n1, n0, y) where s1 and so indicate the current state and n1 and no are the next state. reset A y=0 /ab B y=1 a /a/b a /b D y=0 y=1 a b Controller Architecture Combinational Logic s1 so n0||n1 State Register c) Using Karnaugh maps to implement the combinational logic for n1, no and y and show the normalized form. Include screenshots of your Karnaugh maps.

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Based on the finite state machine FSM diagram provided we can proceed to create a state encoding table state transition table and implement the combin... View the full answer