4) We want to design a non-resetting sequence detector using a finite state machine with one...

 

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4) We want to design a non-resetting sequence detector using a finite state machine with one input x and one output y. The FSM (Finite State Machine - State Diagram) asserts its output y when it recognizes the following input bit sequence: "1011". The machine will keep checking for the proper bit sequence and does not reset to the initial state after it has recognized the string. [Note: As an example the input string X="..1011011.." will cause the output to go high twice: Y = "..0001001.."] a) Draw the Mealy FSM (state diagram) b) Draw the Moore FSM (state diagram) (Only draw the state diagrams) 4) We want to design a non-resetting sequence detector using a finite state machine with one input x and one output y. The FSM (Finite State Machine - State Diagram) asserts its output y when it recognizes the following input bit sequence: "1011". The machine will keep checking for the proper bit sequence and does not reset to the initial state after it has recognized the string. [Note: As an example the input string X="..1011011.." will cause the output to go high twice: Y = "..0001001.."] a) Draw the Mealy FSM (state diagram) b) Draw the Moore FSM (state diagram) (Only draw the state diagrams)

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QUESTION 4 We want to design a nonreseting sequence detector usinga finite state machine with one ... View the full answer