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Book Description
Graph algebras possess the capacity to relate fundamental concepts of computer science, combinatorics, graph theory, operations research, and universal algebra. They are used to identify nontrivial connections across notions, expose conceptual properties, and mediate the application of methods from one area toward questions of the other four. After a concentrated review of the prerequisite mathematical background, Graph Algebras and Automata defines graph algebras and reveals their applicability to automata theory. It proceeds to explore assorted monoids, semigroups, rings, codes, and other algebraic structures and to outline theorems and algorithms for finite state automata and grammars.
Book Info
Text explores assorted monoids, semigroups, rings, codes, and other algebraic structures. Provides a review of the prerequisite mathematical background. For undergraduate and graduate students. Includes index and references.
Graph Algebras and Automata (Pure and Applied Mathematics, Vol. 257) (Pure and Applied Mathematics (Marcel Dekker)),Andrei Kelarev,CRC,0824747089,Advanced,Algebra,Applied,Combinatorics,General,Graph theory,Graphic methods,Machine theory,Mathematics,Science/Mathematics,Mathematics / Combinatorics
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