Question 1what is one-hot state assignment and what

Question

Question 1.What is one-hot state assignment and what advantages does it have?

Question 2: The following state diagram has two input signals, r1 and 2 and two output signals g1 and g2. Construct a state and output table for the following state flow chart. Derive the next state A+, B+ and C+ and output g1 and g2 to implement the state machine using one-hot state assignment or minimal number of flip-flops.

Question 3: Implement this FSM with VHDL codes in Question 2.

Question 4: A FSM has an input w and an output z. The machine generate z=1 when the previous four values of w were 1001 or 1111; otherwise, z=0.

When overlapping input patterns are allowed, an example of the desired behavior is:

w: 010111100110011111

z: 000000100100010011

Draw state transfer diagram for the FSM satisfying the above behavior, and implement this FSM with VHDL codes.

Answer 1

Answer the following questions by solving it using proper concepts and formulas and show your work. Q1.Determine one-hot state assignment and what advantages do it has? Q2. The given state diagram consists of two input signals, r1 and 2 and two output signals g1 and g2. Build a state and output table for the given state flow chart. Derive the subsequent state A+, B+ and C+ and output g1 and g2 to apply the state machine employing one-hot state assignment or minimal number of flip-flops. Q3. Apply this FSM with VHDL codes in the above question. Q4. A FSM consists of an input w and an output z. The machine produce z = 1 if the prior four values of w were 1001 or 1111; or else, z = 0. Consider the following overlapping input patterns illustrated, draw state transfer diagram for FSM satisfying the above behavior and implement this FSM with VHDL codes.