Download Formal Techniques for Networked and Distributed Systems – by Ethan K. Jackson, Wolfram Schulte (auth.), Kenji Suzuki, PDF

By Ethan K. Jackson, Wolfram Schulte (auth.), Kenji Suzuki, Teruo Higashino, Keiichi Yasumoto, Khaled El-Fakih (eds.)

This ebook constitutes the refereed court cases of the twenty eighth IFIP WG 6.1 overseas convention on Formal innovations for Networked and disbursed structures, uniqueness 2008, held in Tokyo, Japan, in June 2008 co-located with TestCom/FATES 2008.

The 19 revised complete papers and 1 revised brief paper awarded including 1 invited speak have been rigorously reviewed and chosen from forty four submissions. The papers hide new ways, options and adventure within the program of formal tools for the specification and verification of allotted platforms and purposes. exact concentration is wear ubiquitous, grid, and cellular computing structures, and likewise at the program of formal recommendations to carrier orientated architectures in addition to safety concerns in networked platforms. The papers are equipped in topical sections on abstraction, verification, specification framework, program, idea, and reliability of networked systems.

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Additional resources for Formal Techniques for Networked and Distributed Systems – FORTE 2008: 28th IFIP WG 6.1 International Conference Tokyo, Japan, June 10-13, 2008 Proceedings

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Spotlight Abstraction Refinement by Evolution Constraints. PhD thesis, Carl von Ossietzky Universit¨ at Oldenburg (to appear, 2008) 21. : The temporal logic of programs. In: Proc. FOCS, pp. 46–57. IEEE, Los Alamitos (1977) 22. : Specification and Verification of Dynamic Topology Systems. PhD thesis, Carl von Ossietzky Universit¨ at Oldenburg (2008) 23. : Integrated State Space Reduction for Model Checking Executable Object-oriented Software System Designs. , Weber, H. ) ETAPS 2002 and FASE 2002.

In the ETCS Level 3 standard [1]). The correct treatment of at run-time appearing and disappearing processes adds a new level of complexity when designing safety-critical distributed systems. The use of formal methods can help to avoid errors early in the system development phase. Formal verification of dynamic behaviour however imposes two challenges. Firstly, it requires an appropriate formal description of the system behaviour. This formalism has to go beyond standard notations for reactive systems like Kripke structures [2,3], because the local states of arbitrary many alive processes have to be representable.

E. the satisfaction of properties transfers from the abstract to the original system, but in general not vice versa: Not every property that is valid for the original system can be proven in the abstraction. This entails the existence of spurious counterexamples which demonstrate the violation of a property in the abstraction, although the property actually holds for the original system. Thus, an abstract counterexample can not be “trusted” unless it has been validated. However, due to the heterogeneous nature of the underlying abstraction, we are also able to obtain concrete counterexamples directly in the abstracted system, namely if they occur within the spotlight part of the abstraction.

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