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Welcome to the comprehensive guide to Theory of Computation, meticulously crafted to cover the latest syllabus and patterns as prescribed by R.G.P.V. Bhopal and educational institutions worldwide.
This book is a one-stop solution for students navigating through the complexities of Theory of Computation. From introductory topics like automata theory and language construction to advanced concepts such as Turing machines and NP-complete problems, each aspect is presented in a clear and structured manner.
Unit 1 provides a solid foundation, covering automata theory, finite automata, and regular expressions. You'll learn about deterministic and nondeterministic finite automata, Moore and Mealy machines, and the conversion between them. The unit also includes detailed discussions on NFA with Ʌ-moves and the conversion to an NFA without Ʌ-moves.
Unit 2 delves deeper into automata theory, exploring properties of NFA, the use of Ʌ-moves, and the minimization of automata. It introduces 2-DFA and covers the design and properties of regular expressions, including Arden’s theorem and equivalent regular expressions.
Unit 3 expands the scope to formal grammars and the Chomsky hierarchy. You'll learn about context-free grammars, parsing techniques, and normalization of grammars into Chomsky’s and Greibach’s normal forms. The unit also covers closure properties, the pumping lemma, and the relationship between languages.
Unit 4 introduces pushdown automata (PDA) and their representation, language acceptance, and design. It explores deterministic and nondeterministic PDAs, conversion between PDAs and context-free grammars, and properties of context-free languages.
Unit 5 concludes with an in-depth study of Turing machines, including their design as language acceptors and transducers. You'll learn about advanced Turing machines, NP-complete problems, recursively enumerable languages, and undecidability.
With a focus on clarity and accessibility, this book equips students with the knowledge and skills needed to master the Theory of Computation. Whether you're a student, educator, or practitioner, this book is your ultimate guide to understanding and applying computational theory.
We invite you to embark on this educational journey with us and explore the captivating realm of Theory of Computation.
Warm regards,
Shripriti Publications
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