Given state diagram [1] [1] (0] [1] 1 [1] [0] 1 [0] 1 (0] [1] choose the fully reduced state transition table that belongs to the given state diagram Note: Use implication chart approach O None of the above O state Table Present State Next state Output X-0 X-1 A A B CE AD CA D B D 1 State Table Present State Next state Output X=0 X-1 A B C F A AD CA E B D 1 State Table Present State Next state Output X-0 X-1 A B A B CE AD B D

Given state diagram [1] [1] (0] [1] 1 [1] [0] 1 [0] 1 (0] [1] choose the fully reduced state transition table that belongs to the given state diagram Note: Use implication chart approach O None of the above O state Table Present State Next state Output X-0 X-1 A A B CE AD CA D B D 1 State Table Present State Next state Output X=0 X-1 A B C F A AD CA E B D 1 State Table Present State Next state Output X-0 X-1 A B A B CE AD B D

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Convert the NFA defined by 6(q0, a) = {qo, q1} 8(q1,b) = {q1, q2} 8(q2, a) = {q2} With initial state qo and final state q2 into an equivalent DFA
1. Using one of the method described. ing regular expression into a state transition diagram: (0*1 + 1*0)*(1 + 0)* Indicate in your answer how did you arrive at the result as follows: Write down all the state transition diagrams that you constructed for all the subexpressions and clearly indi- cate which diagram corresponds to which expression. Do not simplify any state transition diagram. 2. Consider the following state transition diagram over Σ = {0,1}: 1 91 1 0 93 1 0 92 convert the follow- Using the method described convert the diagram into an equivalent regular expression. Include all the intermediate steps in your answer.
Question 2 Let L1 = {w | w contains any number of 1s and exactly one 0} and L2 = {w | w starts with 1 or ends with 0}. Draw the state transition diagrams for the ) Let L3 = L1 U L2, design the DFA that recognizes L3, show every step of your construction according to the procedure specified on the text book for the regular operation union, and finally draw the state transition DFAS and write the formal 5-tuple definitions for it. ( diagram.
5. Convert the following to a Moore state table and implement it in Verilog (behavioral). X = 0 C/1 X = 1 B/0 B/1 A/0 Present State >A C/O A/1 C
Given the following transition functions: 8(q0, a) = {q1} 8(q0, λ) = {q2} 8(q1, b) = {q1, q2} 8(q2, a) = {q1} 8(q2, b) = {q2} with initial state q0 and final state q2. (a) Please show the corresponding nfa (b) Convert the above nfa into an equivalent dfa by showing the transition table first. (c) Continue (b), show the corresponding dfa.
For CFG G, = ({S},E01, R, S), where R = S + e| OS1S | 1S0S Convert G5 to a(PDA) All the states have to be written out.
Design a Moore FSM that produces an output of 1 if it detects "1010." The system should detect overlapping sequences. 1. Design the FSM state diagram. 2. Write the FSM state table for your system.
Let A = ({g0, 91, 42}, {a, b}, d, q0, {qı}) be the NFA with transition table: a 9o {40; 41, 42} {4} {q1, 42} 91 42 {g1, q2} The initial state is qo and the set of accepting states is F = {q1}. (a) Construct the state diagram for A. (b) Compute d(go, ab). (c) Determine whether abb e L(A).
In figure 7 the transition diagram of a state machine is given. S, is the start state. The relation between states and output, as well as the coding of the output, are given in table 7. State transitions and their dependencies on the input variable X can be seen from figure 7. State Output Qi={Qo,Q1,Q2} Oi={Yo,Y1} 01={10} 02={00} 03={10} 04={11} 05={01} S1={0,0,0} S2={0,0,1} S3={0,1,0} S4={0,1,1} S5={1,0,0} Table 7: State and output coding S1/01 $2/02 S3/03 S5/05 $4/04 Fig 7: State transition diagram 7.1 Which automata model is described by figure 7 and table 7? A: Moore Machine B: Mealy Machine C: None of these
The correct statements are: Group of answer choices A DPDA must halt. A NDPDA must halt. A NDPDA without ε-transitions must halt. A DPDA or NDPDA without ε-transitions must halt in at most |w| steps.
Find an nfa with four states for L= {a": n > 0}U{b"a: n > 1}.
5. Let M = (Q, E, 8, q0, F) be the DFA given by the state diagram: (a) Construct the transition table for M. (b) Compute ô(g0, 0110).