Compiler design Principles and Techniques

This course provides a comprehensive introduction to the principles and techniques used in the design and implementation of compilers. It covers all major phases of a compiler, from analyzing source code to generating efficient machine code.

Students will begin by understanding the structure of a compiler and the role of different phases such as lexical analysis, syntax analysis, semantic analysis, intermediate code generation, optimization, and code generation. The course emphasizes both theoretical concepts and practical implementation.

You will learn how programming languages are processed, how grammars are constructed, and how parsing techniques like LL, LR, and shift-reduce parsing work. The course also introduces error handling, symbol tables, runtime environments, and optimization strategies to improve code efficiency.

What You’ll Learn

• Structure and phases of a compiler
• Lexical analysis and token generation
• Syntax analysis (LL, LR parsing techniques)
• Semantic analysis and type checking
• Intermediate code generation (Three-address code)
• Code optimization techniques
• peephole optimization techniques
• Target code generation
• Error detection and handling

  Who This Course Is For

  • Computer Science students
  • Beginners in compiler design
  • Students preparing for exams or placements
  • Anyone interested in how programming languages work

    Prerequisites

  • Basic knowledge of programming (C/C++/Java)
  • Understanding of data structures
  • Familiarity with formal languages is helpful