AbstractWe provide proof rules enabling the treatment of two fairness assumptions in the context of Dijkstra's do-od-programs. These proof rules are derived by considering a transformed version of the original program which uses random assignments z≔? and admits only fair computations. Various, increasingly complicated, examples are discussed. In all cases reasonably simple proofs can be given. The proof rules use well-founded structures corresponding to infinite ordinals and deal with the original programs and not their translated versions
Abstract. Fair discrete systems (FDSs) are a computational model of concurrent programs where fairne...
We interpret solution rules to a class of simple allocation problems as data on the choices of a pol...
Secure two-party computation is a classic problem in cryptography. It involves two parties computin...
AbstractWe provide proof rules enabling the treatment of two fairness assumptions in the context of ...
Various principles of proof have been proposed to reason about fairness. This paper addresses—for th...
AbstractVarious principles of proof have been proposed to reason about fairness. This paper addresse...
Copy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruh...
AbstractWe examine the issue of weak and strong fairness in the framework of Milner's CCS. Our appro...
Abstract. Formal verification methods model systems by Kripke structures. In order to model live beh...
Fair discrete systems (FDSs) are a computational model of concurrent programs where fairness assumpt...
Dijkstra's weakest pre-condition formalism for proving correctness of programs is modified and exten...
Fairness is an important concept emerged in theorem proving recently, in particular in the area of c...
Fairness of a program execution, c, usually expresses that all objects which are sufficiently often ...
AbstractA successful SLD-derivation from a logic program has as result a positive assertion which is...
International audienceA fair distributed protocol ensures that dishonest parties have no advantage o...
Abstract. Fair discrete systems (FDSs) are a computational model of concurrent programs where fairne...
We interpret solution rules to a class of simple allocation problems as data on the choices of a pol...
Secure two-party computation is a classic problem in cryptography. It involves two parties computin...
AbstractWe provide proof rules enabling the treatment of two fairness assumptions in the context of ...
Various principles of proof have been proposed to reason about fairness. This paper addresses—for th...
AbstractVarious principles of proof have been proposed to reason about fairness. This paper addresse...
Copy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Karlsruh...
AbstractWe examine the issue of weak and strong fairness in the framework of Milner's CCS. Our appro...
Abstract. Formal verification methods model systems by Kripke structures. In order to model live beh...
Fair discrete systems (FDSs) are a computational model of concurrent programs where fairness assumpt...
Dijkstra's weakest pre-condition formalism for proving correctness of programs is modified and exten...
Fairness is an important concept emerged in theorem proving recently, in particular in the area of c...
Fairness of a program execution, c, usually expresses that all objects which are sufficiently often ...
AbstractA successful SLD-derivation from a logic program has as result a positive assertion which is...
International audienceA fair distributed protocol ensures that dishonest parties have no advantage o...
Abstract. Fair discrete systems (FDSs) are a computational model of concurrent programs where fairne...
We interpret solution rules to a class of simple allocation problems as data on the choices of a pol...
Secure two-party computation is a classic problem in cryptography. It involves two parties computin...