Grammars with Context Conditions and Their Applications

The essential guide to grammars with context conditions
This advanced computer science book systematically and compactly summarizes the current knowledge about grammars with context conditions—an important area of formal language theory. According to the types of context conditions, this self–contained reference classifies them into grammars with context conditions placed on the domains of grammatical derivations, the use of grammatical productions, and the neighborhood of the rewritten symbols. The focus is on grammatical generative power, important properties, simplification, reduction, implementation, and applications, most of which are related to microbiology.
The text features:Up–to–date coverage of grammatical concepts based on context conditionsSelf–contained explanations without assumption of any previous knowledgeClear definitions and exact proofs preceded by intuitive explanationsNumerous easy–to–implement grammatical transformationsRealistic applicationsRelation to mathematics, linguistics, and biologyAdditional material and information about the book available on accompanying Web site (see preface for details)
Practitioners and advanced students in theoretical computer science and related areas— including mathematics, linguistics, and molecular biology—will find Grammars with Context Conditions and Their Applications an essential reference for this cutting–edge area of formal language theory.

Spis treści:
Preface.
Acknowledgments.
1. Introduction.
2. Preliminaries and Definitions.
2.1 Basic Definitions.
2.2 Grammars.
3. Conditions Placed on Derivation Domains.
3.1 Sequential Grammars over Word Monoids.
3.2 Parallel Grammars over Word Monoids.
4. Conditions Placed on the Use of Productions.
4.1 Sequential Conditional Grammars.
4.1.1 Con text–Conditional Grammars.
4.1.2 Random–Context Grammars.
4.1.3 Generalized Forbidding Grammars.
4.1.4 Semi–conditional Grammars.
4.1.5 Simple Semi–conditional Grammars.
4.2 Parallel Conditional Grammars.
4.2.1 Context–Conditional ETOL Grammars.
4.2.2 Forbidding ETOL Grammars.
4.2.3 Simple Semi–conditional ETOL Grammars.
4.3 Global Context Conditional Grammars.
5. Conditions Placed on the Neighborhood of Rewritten Symbols.
5.1 Continuous Context.
5.1.1 Sequential Uniform Rewriting.
5.1.2 Parallel Uniform Rewriting.
5.2 Scattered Context.
5.2.1 Scattered Context Grammars and Their Reduction.
5.2.2 Semi–parallel Uniform Rewriting.
6. Grammatical Transformations and Derivation Simulations.
6.1 Derivation Simulation.
6.2 Grammatical Simulation.
6.3 Simulation of E(0,1)L Grammars.
7. Applications and Implementations.
7.1 Applications.
7.2 Implementation.
8. Concluding and Bibliographical Notes.
Bibliography.
Denotations of Language Families.
Subject Index.

Nota biograficzna:
ALEXANDER MEDUNA, Associate Professor of Computer Science at the Brno University of Technology, received his PhD from Brno University in 1988. He has taught theoretical computer science at various European and American universities, including the University of Missouri, where he spent a decade teaching advanced topics of formal language theory. He is the author of Automata and Languages and over sixty papers related to the subject of this book.
MARTIN SVEC received his PhD from the Brno University of Technology in 2005, where Alexander Meduna was his PhD advisor. In cooperation with his advisor, he has published several papers on grammars with context conditions.

Okładka tylna:
The essential guide to grammars with context conditions
This advanced computer science book systematically and compactly summarizes the current knowledge about grammars with context conditions—an important area of formal language theory. According to the types of context conditions, this self–contained reference classifies them into grammars with context conditions placed on the domains of grammatical derivations, the use of grammatical productions, and the neighborhood of the rewritten symbols. The focus is on grammatical generative power, important properties, simplification, reduction, implementation, and applications, most of which are related to microbiology.
The text features:Up–to–date coverage of grammatical concepts based on context conditionsSelf–contained explanations without assumption of any previous knowledgeClear definitions and exact proofs preceded by intuitive explanationsNumerous easy–to–implement grammatical transformationsRealistic applicationsRelation to mathematics, linguistics, and biologyAdditional material and information about the book available on accompanying Web site (see preface for details)
Practitioners and advanced students in theoretical computer science and related areas— including mathematics, linguistics, and molecular biology—will find Grammars with Context Conditions and Their Applications an essential reference for this cutting–edge area of formal language theory.