Introduction to Programming Languages 1st Edition by Arvind Kumar Bansal ISBN 978-1466565142 1466565144
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ISBN 10: 1466565144
ISBN 13: 978-1466565142
Author: Arvind Kumar Bansal
In programming courses, using the different syntax of multiple languages, such as C++, Java, PHP, and Python, for the same abstraction often confuses students new to computer science. Introduction to Programming Languages separates programming language concepts from the restraints of multiple language syntax by discussing the concepts at an abstract level.
Designed for a one-semester undergraduate course, this classroom-tested book teaches the principles of programming language design and implementation. It presents:
- Common features of programming languages at an abstract level rather than a comparative level
- The implementation model and behavior of programming paradigms at abstract levels so that students understand the power and limitations of programming paradigms
- Language constructs at a paradigm level
- A holistic view of programming language design and behavior
To make the book self-contained, the author introduces the necessary concepts of data structures and discrete structures from the perspective of programming language theory. The text covers classical topics, such as syntax and semantics, imperative programming, program structures, information exchange between subprograms, object-oriented programming, logic programming, and functional programming. It also explores newer topics, including dependency analysis, communicating sequential processes, concurrent programming constructs, web and multimedia programming, event-based programming, agent-based programming, synchronous languages, high-productivity programming on massive parallel computers, models for mobile computing, and much more. Along with problems and further reading in each chapter, the book includes in-depth examples and case studies using various languages that help students understand syntax in practical contexts.
Table of contents:
Chapter 1: Introduction (2/7)
Chapter 1: Introduction (3/7)
Chapter 1: Introduction (4/7)
Chapter 1: Introduction (5/7)
Chapter 1: Introduction (6/7)
Chapter 1: Introduction (7/7)
Chapter 2: Background and Fundamental Concepts (1/9)
Chapter 2: Background and Fundamental Concepts (2/9)
Chapter 2: Background and Fundamental Concepts (3/9)
Chapter 2: Background and Fundamental Concepts (4/9)
Chapter 2: Background and Fundamental Concepts (5/9)
Chapter 2: Background and Fundamental Concepts (6/9)
Chapter 2: Background and Fundamental Concepts (7/9)
Chapter 2: Background and Fundamental Concepts (8/9)
Chapter 2: Background and Fundamental Concepts (9/9)
Chapter 3: Syntax and Semantics (1/9)
Chapter 3: Syntax and Semantics (2/9)
Chapter 3: Syntax and Semantics (3/9)
Chapter 3: Syntax and Semantics (4/9)
Chapter 3: Syntax and Semantics (5/9)
Chapter 3: Syntax and Semantics (6/9)
Chapter 3: Syntax and Semantics (7/9)
Chapter 3: Syntax and Semantics (8/9)
Chapter 3: Syntax and Semantics (9/9)
Chapter 4: Abstractions in Programs and Information Exchange (1/13)
Chapter 4: Abstractions in Programs and Information Exchange (2/13)
Chapter 4: Abstractions in Programs and Information Exchange (3/13)
Chapter 4: Abstractions in Programs and Information Exchange (4/13)
Chapter 4: Abstractions in Programs and Information Exchange (5/13)
Chapter 4: Abstractions in Programs and Information Exchange (6/13)
Chapter 4: Abstractions in Programs and Information Exchange (7/13)
Chapter 4: Abstractions in Programs and Information Exchange (8/13)
Chapter 4: Abstractions in Programs and Information Exchange (9/13)
Chapter 4: Abstractions in Programs and Information Exchange (10/13)
Chapter 4: Abstractions in Programs and Information Exchange (11/13)
Chapter 4: Abstractions in Programs and Information Exchange (12/13)
Chapter 4: Abstractions in Programs and Information Exchange (13/13)
Chapter 5: Implementation Models for Imperative Languages (1/6)
Chapter 5: Implementation Models for Imperative Languages (2/6)
Chapter 5: Implementation Models for Imperative Languages (3/6)
Chapter 5: Implementation Models for Imperative Languages (4/6)
Chapter 5: Implementation Models for Imperative Languages (5/6)
Chapter 5: Implementation Models for Imperative Languages (6/6)
Chapter 6: Dynamic Memory Management (1/6)
Chapter 6: Dynamic Memory Management (2/6)
Chapter 6: Dynamic Memory Management (3/6)
Chapter 6: Dynamic Memory Management (4/6)
Chapter 6: Dynamic Memory Management (5/6)
Chapter 6: Dynamic Memory Management (6/6)
Chapter 7: Type Theory (1/7)
Chapter 7: Type Theory (2/7)
Chapter 7: Type Theory (3/7)
Chapter 7: Type Theory (4/7)
Chapter 7: Type Theory (5/7)
Chapter 7: Type Theory (6/7)
Chapter 7: Type Theory (7/7)
Chapter 8: Concurrent Programming Paradigm (1/10)
Chapter 8: Concurrent Programming Paradigm (2/10)
Chapter 8: Concurrent Programming Paradigm (3/10)
Chapter 8: Concurrent Programming Paradigm (4/10)
Chapter 8: Concurrent Programming Paradigm (5/10)
Chapter 8: Concurrent Programming Paradigm (6/10)
Chapter 8: Concurrent Programming Paradigm (7/10)
Chapter 8: Concurrent Programming Paradigm (8/10)
Chapter 8: Concurrent Programming Paradigm (9/10)
Chapter 8: Concurrent Programming Paradigm (10/10)
Chapter 9: Functional Programming Paradigm (1/8)
Chapter 9: Functional Programming Paradigm (2/8)
Chapter 9: Functional Programming Paradigm (3/8)
Chapter 9: Functional Programming Paradigm (4/8)
Chapter 9: Functional Programming Paradigm (5/8)
Chapter 9: Functional Programming Paradigm (6/8)
Chapter 9: Functional Programming Paradigm (7/8)
Chapter 9: Functional Programming Paradigm (8/8)
Chapter 10: Logic Programming Paradigm (1/8)
Chapter 10: Logic Programming Paradigm (2/8)
Chapter 10: Logic Programming Paradigm (3/8)
Chapter 10: Logic Programming Paradigm (4/8)
Chapter 10: Logic Programming Paradigm (5/8)
Chapter 10: Logic Programming Paradigm (6/8)
Chapter 10: Logic Programming Paradigm (7/8)
Chapter 10: Logic Programming Paradigm (8/8)
Chapter 11: Object-Oriented Programming Paradigm (1/8)
Chapter 11: Object-Oriented Programming Paradigm (2/8)
Chapter 11: Object-Oriented Programming Paradigm (3/8)
Chapter 11: Object-Oriented Programming Paradigm (4/8)
Chapter 11: Object-Oriented Programming Paradigm (5/8)
Chapter 11: Object-Oriented Programming Paradigm (6/8)
Chapter 11: Object-Oriented Programming Paradigm (7/8)
Chapter 11: Object-Oriented Programming Paradigm (8/8)
Chapter 12: Web and Multimedia Programming Paradigms (1/9)
Chapter 12: Web and Multimedia Programming Paradigms (2/9)
Chapter 12: Web and Multimedia Programming Paradigms (3/9)
Chapter 12: Web and Multimedia Programming Paradigms (4/9)
Chapter 12: Web and Multimedia Programming Paradigms (5/9)
Chapter 12: Web and Multimedia Programming Paradigms (6/9)
Chapter 12: Web and Multimedia Programming Paradigms (7/9)
Chapter 12: Web and Multimedia Programming Paradigms (8/9)
Chapter 12: Web and Multimedia Programming Paradigms (9/9)
Chapter 13: Other Programming Paradigms (1/5)
Chapter 13: Other Programming Paradigms (2/5)
Chapter 13: Other Programming Paradigms (3/5)
Chapter 13: Other Programming Paradigms (4/5)
Chapter 13: Other Programming Paradigms (5/5)
Chapter 14: Scripting Languages (1/5)
Chapter 14: Scripting Languages (2/5)
Chapter 14: Scripting Languages (3/5)
Chapter 14: Scripting Languages (4/5)
Chapter 14: Scripting Languages (5/5)
Chapter 15: Conclusion and Future of Programming Languages (1/2)
Chapter 15: Conclusion and Future of Programming Languages (2/2)
Appendix I: Supported Paradigms in Languages
Appendix 0: Data Abstractions Summary
Appendix 0: Control Abstractions Summary
Appendix 0: Websites for Languages
Appendix V: Principle of Locality
Appendix 0: Virtual Memory and Page-Faults
Appendix 0: Program Correctness and Completeness
Appendix 0: Complexity of Algorithms
Additional References (1/2)
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