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Regular Algebra and Finite Machines
World-famous mathematician John H. Conway based this classic text on a 1966 course he taught at Cambridge University. Geared toward graduate students of mathematics, it will also prove a valuable guide to researchers and professional mathematicians.
His topics cover Moore's theory of experiments, Kleene's theory of regular events and expressions, Kleene algebras, the differential calculus of events, factors and the factor matrix, and the theory of operators. Additional subjects include event classes and operator classes, some regulator algebras, context-free languages, communicative regular algebra, axiomatic questions, the strength of classical axioms, and logical problems. Complete solutions to problems appear at the end.
His topics cover Moore's theory of experiments, Kleene's theory of regular events and expressions, Kleene algebras, the differential calculus of events, factors and the factor matrix, and the theory of operators. Additional subjects include event classes and operator classes, some regulator algebras, context-free languages, communicative regular algebra, axiomatic questions, the strength of classical axioms, and logical problems. Complete solutions to problems appear at the end.
Reprint of the Chapman and Hall, Ltd., London, 1971 edition.
mathematics textbook; math; science; algebra; finite machines; algorithm; cambridge university; graduate student level; moores theory of experiments; kleenes theory of regular events and expressions; kleene algebras; differential calculus of events; factors; factor matrix; theory of operators; event classes; operator classes; regulator algebras; context free languages; communicative regular algebra; axiomatic questions; classical axioms; logical problems; mathematics; automata theory; Regular algebras; Differential Calculus of Events$9.95
Regular Algebra and Finite Machines—
$9.95
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World-famous mathematician John H. Conway based this classic text on a 1966 course he taught at Cambridge University. Geared toward graduate students of mathematics, it will also prove a valuable guide to researchers and professional mathematicians.
His topics cover Moore's theory of experiments, Kleene's theory of regular events and expressions, Kleene algebras, the differential calculus of events, factors and the factor matrix, and the theory of operators. Additional subjects include event classes and operator classes, some regulator algebras, context-free languages, communicative regular algebra, axiomatic questions, the strength of classical axioms, and logical problems. Complete solutions to problems appear at the end.
His topics cover Moore's theory of experiments, Kleene's theory of regular events and expressions, Kleene algebras, the differential calculus of events, factors and the factor matrix, and the theory of operators. Additional subjects include event classes and operator classes, some regulator algebras, context-free languages, communicative regular algebra, axiomatic questions, the strength of classical axioms, and logical problems. Complete solutions to problems appear at the end.
Reprint of the Chapman and Hall, Ltd., London, 1971 edition.
mathematics textbook; math; science; algebra; finite machines; algorithm; cambridge university; graduate student level; moores theory of experiments; kleenes theory of regular events and expressions; kleene algebras; differential calculus of events; factors; factor matrix; theory of operators; event classes; operator classes; regulator algebras; context free languages; communicative regular algebra; axiomatic questions; classical axioms; logical problems; mathematics; automata theory; Regular algebras; Differential Calculus of Events
