Revisiting snapshot algorithms by refinement-based techniques

The snapshot problem addresses a collection of important algorithmic issues related to distributed computations, which are used for debugging or recovering distributed programs. Among existing solutions, Chandy and Lamport have proposed a simple distributed algorithm. In this paper, we explore the c...

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Vydané v:Computer Science and Information Systems Ročník 11; číslo 1; s. 251 - 270
Hlavní autori: Andriamiarina, Bruno, Méry, Dominique, Singh, Kumar
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: ComSIS Consortium 2014
Edícia:Computer Science and Information System
Predmet:
Computer Science
Modeling and Simulation
refinement
correctness-by-construction
Distributed algorithms
verification
snapshot
ISSN:1820-0214, 2406-1018
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Abstract The snapshot problem addresses a collection of important algorithmic issues related to distributed computations, which are used for debugging or recovering distributed programs. Among existing solutions, Chandy and Lamport have proposed a simple distributed algorithm. In this paper, we explore the correct-byconstruction process to formalize the snapshot algorithms in distributed system. The formalization process is based on a modeling language Event B, which supports a refinement-based incremental development using RODIN platform. These refinement-based techniques help to derive correct distributed algorithms. Moreover, we demonstrate how other distributed algorithms can be revisited. A consequence is to provide a fully mechanized proof of the resulting distributed algorithms. nema
AbstractList The snapshot problem addresses a collection of important algorithmic issues related to distributed computations, which are used for debugging or recovering distributed programs. Among existing solutions, Chandy and Lamport have proposed a simple distributed algorithm. In this paper, we explore the correct-byconstruction process to formalize the snapshot algorithms in distributed system. The formalization process is based on a modeling language Event B, which supports a refinement-based incremental development using RODIN platform. These refinement-based techniques help to derive correct distributed algorithms. Moreover, we demonstrate how other distributed algorithms can be revisited. A consequence is to provide a fully mechanized proof of the resulting distributed algorithms. nema
The snapshot problem addresses a collection of important algorithmic issues related to distributed computations, which are used for debugging or recovering distributed programs. Among existing solutions, Chandy and Lamport have proposed a simple distributed algorithm. In this paper, we explore the correct-by-construction process to formalize the snapshot algorithms in distributed system. The formalization process is based on a modeling language Event B, which supports a refinement-based incremental development using RODIN platform. These refinement-based techniques help to derive correct distributed algorithms. Moreover, we demonstrate how other distributed algorithms can be revisited. A consequence is to provide a fully mechanized proof of the resulting distributed algorithms.
Author Andriamiarina, Bruno
Méry, Dominique
Singh, Kumar
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  givenname: Kumar
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  fullname: Singh, Kumar
  organization: McMaster Centre for Software Certification, McMaster University Hamilton, Ontario, Canada
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correctness-by-construction
Distributed algorithms
verification
snapshot
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Title Revisiting snapshot algorithms by refinement-based techniques
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