3. Create a FSM from the following State Table. TABLE 2 Input Input State So So...
Table Q4.1 shows the state transition table for a finite state machine (FSM) with one input x, one output z and eight states. (a) Copy the table of Table Q4.2 into your examination book and determine the states and outputs for the input listed, assuming a start current state of ‘1’. Determine what function the FSM is performing. (b) Using the implication chart method, determine the minimal number of states. Show clearly your analysis. (c) Draw the reduced state transition...
Name: Problem 3. (10 pts) For the following FSM, write down its state transition and output tables, and sketch the state transition diagram. If the state transition table can be simplified, you should simplify the table. The FSM has two state bits SO and Si. Use S0* and S1* to represent next state bits. Input A DE Output Y Clock A SO S1 S0* $1* Y
P5 (20 points): The following Moore FSM state table is incomplete. The clock for this FSM (FSM 1) has a period of 100 microseconds such that the button for the input X, controlled by the user, cannot be pressed for only one clock cycle. In addition, button X, when pressed, will output X=0. Current Next State Output State X=0 X=1 w A reset) o IB A B 0 D G I: Draw a state diagram for this state table. II:...
Derive a state diagram and a state table for a FSM that has an input w and an output z, such that when pulses are applied to w. a. The output z = 0 if the number of previously applied pulses is odd, and b. The output z = 1 if the number of previously applied pulses is even. For example, one desired behavior is as follows w: 010111011100011 z: 110010110100001
In either Java or Python 3, write a program that simulates a deterministic FSM. It will read from two input files. The first is a file describing an FSM The first line contains the alphabet as a series of characters separated by a single space - The second line contains the number of states as an integer k 2 1; states will be numbered 0,1,..., k -1. The start state is always state O The third line contains a series...
In either Java or Python 3, write a program that simulates a deterministic FSM. It will read from two input files. The first is a file describing an FSM The first line contains the alphabet as a series of characters separated by a single space - The second line contains the number of states as an integer k 2 1; states will be numbered 0,1,..., k -1. The start state is always state O The third line contains a series...
6. (a) Each clock cycle, an input is provided to the finite state machine (FSM) below. Assuming that we start at state 00 and given an input for each tick, fill in the table to show the next state. (b) What bit sequence(s) does this FSM recognize? Your answer should be a string of bits (ex. “01” or “1110”). 11 0- 10 00 01 Time 0 1 2 3 4 5 6 input START 1 0 0 1 1 0...
Design a finite state machine with an input u. The state diagram do the FSM is given in the diagram below. Use only D-Flipflops and NAND gates for your design. So Sg s, s, s,
Given the following Mealy finite state machine (FSM): Reset State State Encoding A/O B/O SO S1 S2 001 Bio AB/1 AIO Ā+BO a. Suppose one hot encoding is used to encode the states as given in ad- jacent table. Complete the state transition table and output table. (10 pts) b. Write Boolean equations for the next state and the output logic units. (10 pts) c. Sketch a schematic of the FSM. (10 pts)
4. Create a 1-hot implementation of the traffic light state machine from problem #2 (a) Create the state table with state assignments, showing the next states as a function of the input and the outputs as a function of the present state. (b) Determine the logic equations for the next state inputs to the flops, and for the six output control signals. 4. Create a 1-hot implementation of the traffic light state machine from problem #2 (a) Create the state...