Mastering Compiler Design: Basics To Advanced Techniques

Lexical Analysis, Syntax Analysis, Parsers, Intermediate Code Generation, Code Optimization, Code Generation

What you'll learn

Utilize the mathematics and engineering principles for the design of compilers

Acquire knowledge of lexical and syntax analyzer

Gain knowledge to translate a system into various intermediate codes

Analyze the methods for implementing code optimizer and code generator

Requirements

No Programming experience is needed

Description

Unlock the mysteries of Compiler Design through our comprehensive course, designed to equip you with the knowledge and skills necessary to navigate the intricate landscape of language translation. This course offers a deep dive into the core concepts and advanced techniques essential for developing efficient compilers.Beginning with an exploration of fundamental theories, you'll journey through the stages of compiler construction, from lexical analysis and parsing to semantic analysis, optimization, and code generation. Gain insight into how compilers interpret source code and transform it into executable programs, optimizing performance and efficiency along the way.Through a combination of theoretical lectures, you'll have the opportunity to apply your learning in practical scenarios, reinforcing your understanding of compiler design principles and implementation strategies. Dive into the nuances of lexing and parsing algorithms, explore optimization techniques to enhance program execution speed and resource utilization, and master the intricacies of code generation for diverse target architectures.Whether you're a seasoned developer looking to deepen your understanding of compiler construction or a novice programmer eager to explore new horizons, this course provides a structured and engaging learning experience.Join us on a journey of discovery and innovation in Compiler Design. Elevate your skills, unlock new possibilities, and become proficient in the art and science of building compilers that power the software of tomorrow.

Overview

Section 1: Introduction

Lecture 1 Introduction to Compiler Design

Lecture 2 Phases of Compiler

Lecture 3 Compiler Construction Tools

Lecture 4 Lexical Analysis and its Role

Section 2: Finite Automata and Regular Expressions

Lecture 5 Introduction to Finite Automata

Lecture 6 Acceptance of Strings in Finite Automata

Lecture 7 Introduction to Regular Expressions

Lecture 8 Regular Expression to NFA (Thompson Method)

Lecture 9 Conversion of NFA to DFA

Lecture 10 Regular Expressions to DFA (Direct Method)

Lecture 11 Minimization of DFA

Section 3: Syntax Analyzer and Top Down Parsers

Lecture 12 Syntax Analyzer and Role of Parser

Lecture 13 Derivation and Parse Tree

Lecture 14 Ambiguity in Grammar

Lecture 15 Types of Parsers

Lecture 16 Recursive Descent Parsing

Lecture 17 Left Recursion and Left Factoring

Lecture 18 First and Follow

Lecture 19 Predictive Parser

Section 4: Bottom up Parsers

Lecture 20 Shift Reduce Parser

Lecture 21 Operator Precedence Parser-Part 1

Lecture 22 Operator Precedence Parser-Part 2

Lecture 23 Operator Precedence Parser-Part 3

Lecture 24 SLR Parser-Part 1

Lecture 25 SLR Parser-Part 2

Lecture 26 SLR Parser-Part 3

Lecture 27 LALR Parser-Part 1

Lecture 28 LALR Parser-Part 2

Lecture 29 LALR Parser-Part 3

Section 5: Intermediate Code Generation

Lecture 30 Intermediate Code Generation

Lecture 31 Syntax Directed Definition and Syntax Directed Translation

Lecture 32 SDT for Assignment Statements

Lecture 33 SDT for Boolean Expressions

Lecture 34 Backpatching

Lecture 35 Code Generation and Design Issues

Section 6: Code Optimization

Lecture 36 Code Optimization

Lecture 37 Principle Sources of Optimization

Lecture 38 Loop Optimization

Lecture 39 Optimization of Basic Blocks

Lecture 40 Directed Acyclic Graph (DAG)

Lecture 41 Peephole Optimization

Lecture 42 Basic Blocks and Flow Graphs

This course in compiler design is tailored for individuals with a foundational understanding of computer science and programming concepts. It is ideal for computer science students, researchers and academics