Structure and Interpretation of Computer Programs 2nd Edition by Harold Abelson, Gerald Jay Sussman, Julie Sussman ISBN 0262510871 9780262510875

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Product details:
ISBN 10: 0262510871
ISBN 13: 9780262510875
Author: Harold Abelson, Gerald Jay Sussman, Julie Sussman

Structure and Interpretation of Computer Programs 2nd Edition Table of contents:

Part I: The Elements of Programming

2. Building Abstractions with Procedures

   • Procedures as Building Blocks of Programs
   • Defining Procedures in Scheme
   • Example of Basic Recursive Procedures
   • Local Definitions and Procedures

3. Building Abstractions with Data

   • Understanding Data Abstraction
   • Representation of Data: Lists, Pairs, and Trees
   • Abstract Data Types and Their Uses
   • Modifying and Combining Data Structures

4. Modularity, Objects, and State

   • Modularity in Software Design
   • Objects and State: Encapsulation and Side Effects
   • Managing State Changes and Mutable Data
   • Object-Oriented Programming in Scheme

Part II: The Metacircular Evaluator

5. The Metacircular Evaluator

   • The Concept of an Evaluator
   • Writing a Simple Evaluator in Scheme
   • Metacircular Evaluators and Their Significance
   • Understanding the Abstract Machine Model

6. Interpreters and the Art of Simulation

   • The Role of Interpreters in Programming Languages
   • Implementing an Interpreter for a Subset of Scheme
   • Using Interpreters for Language Design
   • Analyzing and Debugging Interpreters

Part III: More About Procedures and the Environment Model

7. Procedures and the Environment Model

   • The Role of the Environment Model in Interpretation
   • Understanding Environment Diagrams
   • Nested Evaluations and the Environment Model
   • Optimizing Procedure Calls and Recursion

8. Abstract Models of Computation

   • The Church-Turing Thesis and Computability
   • Lambda Calculus as a Model of Computation
   • The Relationship Between Functions and Computation
   • Higher-Order Functions in Programming

Part IV: Modularity and the Process of Abstraction

9. Streams and Delayed Evaluation

   • Lazy Evaluation and Its Benefits
   • Streams as an Abstraction for Infinite Data Structures
   • Implementing Lazy Evaluation in Scheme
   • Applications of Streams in Programming

10. Modularity and Object-Oriented Programming

    • Principles of Object-Oriented Design
    • Objects as Abstractions in Scheme
    • Encapsulation, Inheritance, and Polymorphism
    • Object-Oriented Programming in Scheme: Case Studies

Part V: Concurrency and Parallelism

11. Concurrency and Parallelism in Programming
    • The Basics of Concurrent Programming
    • The Challenges of Parallelism
    • Implementing Concurrency in Scheme
    • Applications and Considerations for Concurrent Programming

Part VI: Advanced Topics in Programming and Computation

12. Logic Programming and Non-Deterministic Evaluation

    • Introduction to Logic Programming
    • Non-Deterministic Evaluation and Search Techniques
    • Implementing Logic Programming in Scheme
    • Using Logical Abstractions in Problem Solving

13. The Future of Programming Languages

    • Evolution of Programming Paradigms
    • Comparative Study of Language Features
    • The Role of Scheme and Lisp in Modern Computing
    • The Impact of Functional Programming and Beyond

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