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TECHINAUT

B LEVEL

4.5 (15)
NIELIT

AUTOMATA THEORY AND COMPILER DESIGN

B5.2-R4- B level (NIELIT)

The Automata Theory and Compiler Design course focus on the theory of compilers, architectural issues, and automated tools. The system is targeted at undergraduate students based on the current GATE syllabus.

COMPILER DESIGN

9 Lessons

COMPILER DESIGN

120 Hours - (Theory: 48 hrs + Practical: 72 hrs)

COMPILER DESIGN

100+ students enrolled

Overview
Course Description

The course covers the basics of compiler design and provides students with the necessary tools to create efficient and effective compilers. It introduces students to finite automata, regular expressions, context-free grammar, and software tools that automatically generate significant components of a compiler. It also covers major phases of program translation and explains how theory can be applied to practice.

What you'll learn
  • How to use the automaton processes each input symbol according to a particular state defined by a transition function. The transition function uses the previous state and the current input symbol as parameters.
  • You can use the nesting relationships between these classes of automata are described in the Chomsky hierarchy.
  • How to use an essential role in computer science and computation, including computer hardware design, artificial intelligence, parsing, and formal verification.
  • In this course you can learn automata theory will teach you how to design abstract machines.
  • Learn how to create a finite-state computer, known as a Finite Automaton.
  • Learn Finite Automata also involve the use of Turing machines and Decidability.
Course Content
  • Mathematical TheoryLecture 1.1 Sets, functions, logical statements, proofs, relations

    Mathematical Theory 02:53
  • Mathematical TheoryLecture 1.2 Mathematical induction, strong principle, Recursive definitions

    Mathematical Theory 02:53
  • Finite AutomataLecture 2.1 Regular expressions, regular languages, applications

    Finite Automata 02:53
  • Finite AutomataLecture 2.2 Types of grammar: 0, 1, 2 & 3 Automata with output-Moore machine

    Finite Automata 02:53
  • Finite AutomataLecture 2.3 Intersection and complement of regular languages

    Finite Automata 02:53
  • Grammar and PDALecture 3.1 Unions Concatenations And Kleen’s* of Context free language Regular grammar

    Grammar and PDA 02:53
  • Grammar and PDALecture 3.2 Derivations and Languages

    Grammar and PDA 02:53
  • Grammar and PDALecture 3.3 Relationship between derivation and derivation trees

    Grammar and PDA 02:53
  • Grammar and PDALecture 3.4 Normal B Level Syllabus R4 239 Form – CNF

    Grammar and PDA 02:53
  • Turing MachineLecture 4.1 TM Definition, Model Of Computation And Church Turning Thesis

    Turing Machine 02:53
  • Turing MachineLecture 4.2 Combining TM, Variations Of TM, Non Deterministic TM

    Turing Machine 02:53
  • Turing MachineLecture 4.3 Combining TM, Variations Of TM, Non Deterministic TM

    Turing Machine 02:53
  • Compiler and LexicalLecture 5.1 A Simple Compiler Difference between interpreter

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 5.2 Overview and use of linker and loader

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 5.3 Phases of a Compiler & Grouping of Phases

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 6.1 The Role of the Parser, Context-Free Grammars

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 6.2 Operator-Precedence Parsing, LR Parsers

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 6.3 Ambiguous Grammars, Parser Generators

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 7.1 Construction of Syntax Trees

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 7.2 Analysis of SyntaxDirected Definitions

    Compiler and Lexical 02:53
  • Compiler and LexicalLecture 7.3 Type Systems, Specification of a Simple Type Checker

    Compiler and Lexical 02:53
  • Memory ManagementLecture 8.1 Source Language Issues, Storage Organization

    Memory Management 02:53
  • Memory ManagementLecture 8.2 Parameter Passing, Symbol Tables

    Memory Management 02:53
  • Memory ManagementLecture 8.3 Dynamic Storage Allocation Techniques

    Memory Management 02:53
  • Optimization And Code generationLecture 9.1 The Principal Sources of Optimization

    Optimization And Code generation 02:53
  • Optimization And Code generationLecture 9.2 Iterative Solution of Data-Flow Equations

    Optimization And Code generation 02:53
  • Optimization And Code generationLecture 9.3 Data-Flow Analysis of Structured Flow Graphs

    Optimization And Code generation 02:53
About Us
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TECHINAUT

B LEVEL

4.5 Instructor Rating
Techinaut online education

100+ Courses

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Techinaut online education

45000+ students enrolled

UI/UX Designer, with 7+ Years Experience. Guarantee of High Quality Work.

Skills: Web Design, UI Design, UX/UI Design, Mobile Design, User Interface Design, Sketch, Photoshop, GUI, Html, Css, Grid Systems, Typography, Minimal, Template, English, Bootstrap, Responsive Web Design, Pixel Perfect, Graphic Design, Corporate, Creative, Flat, Luxury and much more.

Available for:

  • 1. Full Time Office Work
  • 2. Remote Work
  • 3. Freelance
  • 4. Contract
  • 5. Worldwide
Reviews
Techinaut Reviews
Nicole Brown

UX/UI Designer

4.5 Instructor Rating

“ This is the second Photoshop course I have completed with Cristian. Worth every penny and recommend it highly. To get the most out of this course, its best to to take the Beginner to Advanced course first. The sound and video quality is of a good standard. Thank you Cristian. “

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