A formal specification of fault-tolerance in prospecting asteroid mission with Reactive Autonomie Systems Framework

Kuang, Heng; Ormandjieva, Olga; Klasa, Stan

doi:10.1109/asap.2010.5540769

Cited by 2 publications

(3 citation statements)

References 7 publications

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“…It can be helpful towards understanding and checking the relationship between specifications, designs, correctness proofs, and programming languages of various kinds [12]. Indeed, there have been initiatives based on category theory towards verifying properties by constructing functors in reactive automatic systems [13].…”

Section: Category Theorymentioning

confidence: 99%

Using Category Theory and Data Flow Analysis for Modeling and Verifying Properties of Communications in the Process-Oriented Language Erasmus

Zhu

Grogono

Ormandjieva

et al. 2008

Proceedings of the 2014 International C* Conference on Computer Science &Amp; Software Engineering - C3S2E '14

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The increasing significance of concurrency and the need to address the challenges presented by concurrency motivate its formalization. In this paper, a methodology for modeling and verifying communications in a concurrent system developed in Erasmus, a process-oriented programming language, is proposed. The innovative aspects of this methodology include the use of category theory to model and verify properties of communications in Erasmus, and the use of data flow to analyze and abstract an implementation of Erasmus. The methodology is illustrated by a simple example.

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Section: Category Theorymentioning

confidence: 99%

Using Category Theory and Data Flow Analysis for Modeling and Verifying Properties of Communications in the Process-Oriented Language Erasmus

Zhu

Grogono

Ormandjieva

et al. 2008

Proceedings of the 2014 International C* Conference on Computer Science &Amp; Software Engineering - C3S2E '14

Self Cite

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“…The Reactive Autonomic Systems (RAS) architecture model (Figure 1) is a four-layer architecture that consists of Reactive Autonomic Objects (RAO), Reactive Autonomic Components (RAC), Reactive Autonomic Component Groups (RACG) as well as the RAS. The autonomic features are implemented by RAO Leaders (RAOL), RAC Supervisors (RACS) and RACG Managers (RACGM) at the RAC, RACG as well as RAS layer respectively [2]. In this layered architecture model, each tier communicates only with the tier immediately above or below it.…”

Section: Reactive Autonomic Systems (Ras)mentioning

confidence: 99%

“…To handle above mentioned problem, as a continuation of research [2] [3] [4], we first discuss how to model RAS and its configurations in category theory; then, we show how to transform the self-configuration properties to the categorical representations, and we use XML to specify the representations. The rest of this paper is organized as follows: Section 2 gives an overview of the related work.…”

Section: Introductionmentioning

confidence: 99%

Representation of Categorical Specification of Self-Configurations in Reactive Autonomic Systems Framework

Zhu¹,

Kuang²,

Li³

2018

JCC

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Software complexity crisis brings huge obstacle to further progress in IT industry. To alleviate this problem, researchers are asked to build systems which can benefit from automation. With autonomic behavior, the real-time reactive systems can be more self-managed and adaptive to their environment. However, most of current formal approaches fail to specify such kind of system. In this paper, we proposed an approach to formally specify reactive autonomic systems. First, we used category theory to formalize reactive autonomic systems; then we focused on the categorization of self-configurations and work flows of reactive autonomic systems, and finally we used XML to specify the categorical models. In doing so, it can help to build the foundation of reactive autonomic systems with autonomic features and verify emergent behaviors.

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A formal specification of fault-tolerance in prospecting asteroid mission with Reactive Autonomie Systems Framework

Cited by 2 publications

References 7 publications

Using Category Theory and Data Flow Analysis for Modeling and Verifying Properties of Communications in the Process-Oriented Language Erasmus

Using Category Theory and Data Flow Analysis for Modeling and Verifying Properties of Communications in the Process-Oriented Language Erasmus

Representation of Categorical Specification of Self-Configurations in Reactive Autonomic Systems Framework

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