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Determine the state transition graph for the sequential machine which recognizes the set S of binary sequences consisting of n zero values .
Determine the state diagram of a Mealy sequential machine which controls the entrance of a garage with four parking places.
Compare the complexity of excitation functions and output functions for the realizations of this arbiter by D-flip-flops and JK-flip-flops.
Determine the state table and the state diagram for a sequential machine at which input an arbitrary sequence of letters a, b, c, and d .
The input in a sequential machine is a binary sequence. The machine recognizes successive appearance of two or more 1 values.
Determine the state table and draw the corresponding state table for this vending machine.
Realize a sequential machine whose output Z takes the value 1 when the input sequence x consists of two consecutive values 1 followed by two values .
Realize a sequential machine whose input is an arbitrary binary sequence, and the output takes the value 1.
Determine the state diagram for the quaternary counter which counts as 0, 1, 2, 3, 0, 1, 2, 3, ··· and 0, 1, 3, 2, 0, 1, 3, 2, 0,···for the control input.
Implement the counter by T, D, and JK-flip-lops and compare the complexities of realizations in the number of circuits count.
Determine the state table and the minimized next state functions.
Design the state diagram and the state transition table for the Moore machine with a single input x and and the output y specified as follows.
Compare complexities of the realizations of the vending machine specified in the Problem by D-flip-flops and SR-flip-flops.
Realize the function f of five variables defined by the truth-vector.
Determine the number of EXOR operations required in FFT-like algorithms and decision diagram methods.
Discuss the relationships between the Boolean differences and coefficients in the Reed-Muller expressions.
What the are relationships between the Boolean differences and coefficients in the Fixed-polarity Reed-Muller expressions?
Form their Kronecker product structure, determine the matrix relations for calculation of higher order Boolean differences.
calculate the Boolean difference of the first and the second order with respect to the variables x1, x2, x4 and x1x3 and x2x3.
Determine the set of test for the error line e stuck-at 0 and 1.
Realize these functions by a PLA directly and compare the complexities of the realizations in terms of the number of columns of the PLAs.
Analyze the cellular array in the Fig. A consisting of four different types of cells A, B, C, and D, and determine the output functions f and g.
Determine the output of the array in Fig., where each cell realizes the majority function of three variables .
The first two rows are the Reed-Muller modules in Figure and the last row are EXOR circuits.
Discuss the main features of FPGAs which make their application efficient, compared to PLAs .