Computer Aided Verification: 6th International Conference, CAV '94, Stanford, California, USA, June 21-23, 1994 : Proceedings"This volume contains the proceedings of the 6th Conference on Computer Aided Verification, held at Stanford University in June 1994. The in total 37 included papers were selected in a highly competetive reviewing process from 121 submissions; in total they document many of the most important advances achieved in CAV research and applications since the predecessor conference held in June 1993. The volume is organized in sections on Real-Time Systems, CAV Theory, CAV Applications, Symbolic Verification, Hybrid Systems, Model Checking, Improving Efficiency, and Hardware Verification."--PUBLISHER'S WEBSITE. |
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Contents
Real Time | 1 |
R Alur L Fix and T A Henzinger | 14 |
Criteria for the Simple Path Property in Timed Automata | 27 |
Copyright | |
20 other sections not shown
Other editions - View all
Computer Aided Verification: 6th International Conference, CAV '94, Stanford ... David L. Dill No preview available - 1994 |
Computer Aided Verification: 6th International Conference, CAV '94, Stanford ... David L. Dill No preview available - 2014 |
Common terms and phrases
abstract accepting action agent algorithm allows alternating applied approach assignment assume automata automaton behavior boolean called circuit clock combined complexity component Computer Science condition consider consists constraints construct contains corresponding cycle decidable defined Definition denote depends described differential edge efficient environment equivalence event example execution exists expressed fairness Figure finite fixpoint formal formula function given graph hashing implementation infinite initial input invariant labeled language linear machine memory method model checking node Note obtained operations partition path perform possible present problem procedure proof propositional protocol prove reachable reduced relation replacement representation represented rules satisfies sequence simple space specification step structure symbolic temporal logic Theorem trajectory transition transition relation tree true variables verification