Algorithms for Compiler Design 1st edition by Kakde – Ebook PDF Instant Download/Delivery. 1584501006 978-1584501008
Full download Algorithms for Compiler Design 1st edition after payment

Product details:
ISBN 10: 1584501006
ISBN 13: 978-1584501008
Author: Kakde
A compiler translates a high-level language program into a functionally equivalent low-level language program that can be understood and executed by the computer. Crucial to any computer system, effective compiler design is also one of the most complex areas of system development. Before any code for a modern compiler is even written, many students and even experienced programmers have difficulty with the high-level algorithms that will be necessary for the compiler to function. Written with this in mind, Algorithms for Compiler Design teaches the fundamental algorithms that underlie modern compilers. The book focuses on the “front-end” of compiler design: lexical analysis, parsing, and syntax. Blending theory with practical examples throughout, the book presents these difficult topics clearly and thoroughly. The final chapters on code generation and optimization complete a solid foundation for learning the broader requirements of an entire compiler design.
Algorithms for Compiler Design 1st Table of contents:
-
Introduction to Compiler Design
- 1.1. What is a Compiler?
- 1.2. Phases of Compiler Design
- 1.3. Role of Algorithms in Compiler Design
- 1.4. Overview of Compiler Components
- 1.5. Compiler Optimization
-
Chapter 1: Lexical Analysis
- 2.1. Introduction to Lexical Analysis
- 2.2. Tokens, Lexemes, and Patterns
- 2.3. Regular Expressions and Finite Automata
- 2.4. Lexical Analyzers (Lexers) and Their Construction
- 2.5. Algorithms for Tokenization
-
Chapter 2: Syntax Analysis
- 3.1. Context-Free Grammars (CFGs)
- 3.2. Parsing Techniques
- 3.3. Top-Down Parsing (Recursive Descent, LL Parsing)
- 3.4. Bottom-Up Parsing (LR Parsing, SLR Parsing)
- 3.5. Algorithm for Constructing Parse Trees
-
Chapter 3: Semantic Analysis
- 4.1. Symbol Tables and Their Use
- 4.2. Type Checking Algorithms
- 4.3. Scopes and Binding
- 4.4. Intermediate Representations of Syntax
- 4.5. Error Detection and Reporting
-
Chapter 4: Intermediate Code Generation
- 5.1. Introduction to Intermediate Code
- 5.2. Three-Address Code
- 5.3. Syntax-Directed Translation
- 5.4. Intermediate Code Generation Algorithms
- 5.5. Optimization during Intermediate Code Generation
-
Chapter 5: Code Optimization
- 6.1. Goals of Code Optimization
- 6.2. Types of Code Optimization (Local, Global)
- 6.3. Loop Optimization Algorithms
- 6.4. Data Flow Analysis for Optimization
- 6.5. Common Optimization Techniques (Constant Folding, Inlining, Dead Code Elimination)
-
Chapter 6: Code Generation
- 7.1. Target Machine Architecture
- 7.2. Register Allocation Algorithms
- 7.3. Instruction Selection and Scheduling
- 7.4. Code Generation from Intermediate Code
- 7.5. Algorithms for Efficient Code Generation
-
Chapter 7: Code Emission and Error Handling
- 8.1. Emission of Assembly or Machine Code
- 8.2. Error Recovery in Compilers
- 8.3. Handling Syntax, Semantic, and Runtime Errors
- 8.4. Error Detection Algorithms
- 8.5. Debugging Techniques for Compiler Construction
-
Chapter 8: Advanced Compiler Design Techniques
- 9.1. Optimizing Compilers and Their Algorithms
- 9.2. Just-in-Time (JIT) Compilation
- 9.3. Parallelism in Compiler Design
- 9.4. Compiler Construction for Domain-Specific Languages
- 9.5. Compiler Frameworks and Tools
-
Appendices
- A.1. Glossary of Terms
- A.2. Programming Languages and Tools for Compiler Construction
- A.3. Algorithms in Pseudocode
- A.4. References and Further Reading
- A.5. Index
People also search for Algorithms for Compiler Design 1st:
algorithms for compiler design
algorithms for computer algebra
algorithms for computer science
compiler algorithms
algorithms for coding