Textbook Solutions for Introduction to Theory of Computation

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Introduction to Theory of Computation

Book edition 3rd

Author(s) Michael Sipser

Pages 458 pages

ISBN 9781133187790

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11 Chapters

415 Solutions

0. Introduction
130 Solutions
1. Regular Languages
50 Solutions
2. Context-Free Languages
45 Solutions
3. The Church-Turing Thesis
16 Solutions
4. Decidability
28 Solutions
5. Reducibility
26 Solutions
6. Advanced Topics in Computability Theory
10 Solutions
7. Time Complexity
36 Solutions
8. Space Complexity
33 Solutions
9. Intractability
18 Solutions

10. Advanced Topics in Complexity Theory
23 Solutions

Overview of Introduction to Theory of Computation

Michel Sipser has delivered the new edition of Introduction to the Theory of Computation to provide the conceptual knowledge of computer science. The latest edition incorporates new sections of deterministic context-free languages to understand the parsing and LR(k) grammars. The author remains consistent in providing clear and lucid explanations that allow students of all levels to understand the field of computer science. Michel Sipser’s Introduction to the Theory of Computation provides students with the conceptual tools used in computer science. The book contains theoretical concepts of computer science that can be applied in computer engineering practices. It also contains mathematical properties of the computer software, hardware, and applications. The practical and philosophical aspects of computer sciences are also included in the book to make it relatable to real-life practices.