Handbook of Theoretical Computer ScienceJan van Leeuwen, Jan Leeuwen Elsevier Science, 15 nov 2005 - 2269 pagina's Presents a choice of material on the theory of automata and rewriting systems, the foundations of modern programming languages, logics for program specification and verification, and some chapters on the theoretic modelling of advanced information processing. |
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Pagina 156
... sequence properties that arise in distributed systems . Intuitively , one calls a property of state sequences of a system a safety property if it ensures that nothing " bad " ( like deadlock ) happens at any time instance . Similarly ...
... sequence properties that arise in distributed systems . Intuitively , one calls a property of state sequences of a system a safety property if it ensures that nothing " bad " ( like deadlock ) happens at any time instance . Similarly ...
Pagina 298
... sequence ( Eo ; Ø ) K ( E1 ; R1 ) ( En ; R ) succeeds if E , is empty , R , is reduced , and each of the latter's critical pairs already appeared in some E. The sequence fails if no fair sequence has it as a prefix ; in that case there ...
... sequence ( Eo ; Ø ) K ( E1 ; R1 ) ( En ; R ) succeeds if E , is empty , R , is reduced , and each of the latter's critical pairs already appeared in some E. The sequence fails if no fair sequence has it as a prefix ; in that case there ...
Pagina 474
... sequences of elements of D , with the componentwise ordering derived from D. So the minimal element of D ,, is the sequence ( 1 , 1 , 1 , 1 , ... ) . Let us recall from Example 1.4 that w = hd , ( w ) .ptl ( w ) for all we D. Here fo is ...
... sequences of elements of D , with the componentwise ordering derived from D. So the minimal element of D ,, is the sequence ( 1 , 1 , 1 , 1 , ... ) . Let us recall from Example 1.4 that w = hd , ( w ) .ptl ( w ) for all we D. Here fo is ...
Inhoudsopgave
Dominique PERRIN | 3 |
PREFACE LIST OF CONTRIBUTORS TO VOLUME B CONTENTS CHAPTER 1 FINITE AUTOMATA D Perrin 1 Introduction | 4 |
Finite automata and recognizable sets | 10 |
Copyright | |
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A₁ abstraction algebraic algorithm alphabet applicative structure automaton axioms B₁ Berlin binary Büchi automata Cartesian closed categories Church-Rosser clause complete Computer Science congruence consider context-free grammar context-free languages Corollary Courcelle critical pairs defined definition denote derivation Dershowitz deterministic elements empty equations example exists expressions F-algebra first-order formula free variable function Functional Programming given graph Hence Henkin models Herbrand hypergraphs induction infinite trees integer interpretation lambda abstraction Lecture Notes Lemma logic programming logical relations mapping monadic monadic second-order monoid morphism multiset natural numbers nonempty normal form Notes in Computer notion operations ordering polymorphic predicate problem Proc program schemes programming languages proof properties Proposition prove recursive reduction regular result rewriting systems satisfying second-order logic Section semantics sequence Springer subset substitution subterm symbols Symp t₁ terminating Theorem theory tree automata tree automaton type inference typed lambda calculus U₁ w-languages w-words word