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"Formal languages" as a book category covers the mathematical and theoretical study of symbols and the rules that govern their combinations — including grammars, automata, and the classification of languages (regular, context-free, context-sensitive, recursively enumerable). Books in this category range from introductory textbooks that teach finite automata, regular expressions, context-free grammars and parsing, to advanced monographs on formal grammars, computability, formal language algebra, and complexity and decidability results. They often intersect with programming-language theory (syntax, compilers, type systems), formal methods and verification, and computational linguistics, and typically assume some background in discrete mathematics and theoretical computer science. Readers will find both rigorous proofs and algorithmic treatments (e.g., parsing algorithms, state minimization, closure properties), problem sets and worked examples, and applications showing how formal languages underpin compilers, protocol analysis, model checking, and aspects of natural language processing.

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