'Subset construction' presentation slideshows

COMPILER CONSTRUCTION

COMPILER CONSTRUCTION. Principles and Practice Kenneth C. Louden. 2. Scanning (Lexical Analysis). PART TWO. Contents. PART ONE 2.1 The Scanning Process 2.2 Regular Expression 2.3 Finite Automata PART TWO 2.4 From Regular Expressions to DFAs [Open]

1.49k views • 79 slides

Discriminative Model Checking

Discriminative Model Checking. Peter Niebert Doron Peled Amir Pnueli CAV 2008. Discriminative Model Checking. Peter Niebert Doron Peled Amir Pnueli CAV 2008. Warwning : inside this talk hides another talk!.

816 views • 69 slides

Lexical Analysis

Lexical Analysis. Arial Font Family. Figure 3.1: Interactions between the lexical analyzer and the parser. Figure 3.2: Examples of tokens. Figure 3.3: Using a pair of input buffers. Figure 3.4: Sentinels at the end of each buffer. Figure 3.5: Lookahead code with sentinels.

1.05k views • 68 slides

Regular Model Checking

Regular Model Checking. Ahmed Bouajjani,Benget Jonsson , Marcus Nillson and Tayssir Touili. Moran Ben Tulila 8.5.12. Outline. Introduction Program Model Definition Automata Theoretic Construction of the Transitive Closure Widening Based Techniques

721 views • 58 slides

Chapter Two: Finite Automata

Chapter Two: Finite Automata.

532 views • 43 slides

Lecture 6 NFA Subset Construction & Epsilon Transitions

814 views • 42 slides

When Simulation Meets Antichains

When Simulation Meets Antichains. on Checking Language Inclusion of NFA. Yu-Fang Chen Academia Sinica, Taiwan Joint work with Parosh Aziz Abdulla , Lukas Holik , Richard Mayr , and Tomas Vojunar. Outline. Motivation Previous Approaches Simulation-based Subset Construction-based

543 views • 41 slides

Introduction to Finite Automata

Introduction to Finite Automata. Adapted from the slides of Stanford CS154. Informal Explanation. Finite automata finite collections of states with transition rules that take you from one state to another. Original application

1.13k views • 41 slides

LEXICAL ANALYSIS

704 views • 39 slides

Lexer input and Output

548 views • 36 slides

LESSON 13

LESSON 13. Overview of Previous Lesson(s). Over View. An NFA accepts a string if the symbols of the string specify a path from the start to an accepting state. These symbols may specify several paths, some of which lead to accepting state s and some that don't.

851 views • 35 slides

TYPES OF FINITE AUTOMATA:DFA & NFA

1k views • 33 slides

91.304 Foundations of (Theoretical) Computer Science

517 views • 28 slides

CSE 105 theory of computation

CSE 105 theory of computation. Fall 2019 https://cseweb.ucsd.edu/classes/fa19/cse105-a/. Today's learning goals Sipser Ch 1.2, 1.3. Design NFA recognizing a given language Convert an NFA (with or without spontaneous moves) to a DFA recognizing the same language

266 views • 25 slides

State Minimization and Determinization

State Minimization and Determinization. EECS 290A Sequential Logic Synthesis and Verification. Overview. Finite automata and finite state machines State minimization Determinization. Finite Automata. A finite automaton (FA) is. where S is a set of states,. is an input alphabet,.

266 views • 25 slides

Quick Review

tables or code. Quick Review. Previous class: The scanner is the first stage in the front end Specifications can be expressed using regular expressions Build tables and code from a DFA. source code. parts of speech & words. Scanner. specifications. Scanner Generator. Goal.

307 views • 18 slides

Lexical Analysis Constructing a Scanner from Regular Expressions

Lexical Analysis Constructing a Scanner from Regular Expressions. tables or code. Quick Review. Previous class: The scanner is the first stage in the front end Specifications can be expressed using regular expressions Build tables and code from a DFA. source code. parts of speech & words.

329 views • 17 slides

Deterministic Finite Automaton

Deterministic Finite Automaton. A deterministic finite automaton (DFA) is a five-tuple A = (Q, ?, ?, q 0, F) where Q is a finite set of states ? is a finite set of input symbols ? is a function ?: Q ? ?? Q called transition function q 0 ? Q is called the start state

568 views • 15 slides

Page 1. Let B n = { a k | where k is a multiple of n }.

503 views • 4 slides

q 0

Subset Construction. q 1. ,. 1. 0. 1. NFA. q 0. 1. DFA. 0. 1. 1. 0. X 0 {q 0 }. X 01 {q 0 ,q 1 }. X 1 {q 1 }. X ? {}. 1. NMA to NBA. 1. (q 1 , ? ). (q 1 ,{q 1 } ). 0, 1. G 2. 1. 1. F = {G 1 , G 2 } G 1 = {q 0 , q 1 } G 2 = {q 1 }. 1. q 0. q 1. 1. 1. 1.

146 views • 2 slides