**Transcription for Educational Website****1. Write the δ function for the following transition graphs:****(1) DFA (δDFA : Q × Σ → Q)**- **State Diagram:** - The DFA consists of three states: \(q_0\), \(q_1\), and \(q_2\). - Start state: \(q_0\). - Accepting state: \(q_1\). - Transitions: - From \(q_0\): - On input 'a', transition to \(q_1\). - On input 'b', transition to \(q_2\). - From \(q_1\): - On input 'a' or 'b', loop back to \(q_1\) (self-loop). - From \(q_2\): - On input 'a' or 'b', loop back to \(q_2\) (self-loop).**(2) NFA (δNFA : Q × (Σ ∪ {λ}) → P(Q))**- **State Diagram:** - The NFA consists of three states: \(q_0\), \(q_1\), and \(q_2\). - Start state: \(q_0\). - Accepting state: \(q_1\). - Transitions: - From \(q_0\): - On input 'a', transition to \(q_1\). - On input 'b', transition to \(q_2\). - From \(q_1\): - On input 'a' or 'b', self-loop (stay at \(q_1\)). - On λ (epsilon transition), move to \(q_2\). - From \(q_2\): - On input 'b', transition back to \(q_0\).**2. Give the languages accepted in the above (1) and (2), respectively.**- Explanation of languages: - For the DFA, describe the language based on the transition rules. - For the NFA, discuss the significance of epsilon transitions in the language acceptance.This transcription provides a detailed explanation of the transition graphs for both a DFA and an NFA, useful for students learning about

Transition function for DFA is: δ:Q*ε→Q where Q= Finite set of states ε= input alphabet The…

Answered: Write the o function for the following…

Write the o function for the following transition graphs (1) dfa (Sp5a : Q ×£→ Q) ak a 91 92 (2) nfa (SNF4 : Q × (EU{2}) → P(Q)) a, b a

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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