F(I)MEA-Technique of Web Services Analysis and Dependability Ensuring

Gorbenko, Anatoliy; Kharchenko, Vyacheslav; Tarasyuk, Olga; Furmanov, Alexey

doi:10.1007/11916246_8

Cited by 22 publications

(13 citation statements)

References 7 publications

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“…The developed web service is recommended to be used in conjunction with the intrusion-tolerant architecture 12 or similar architectures for constructing complex software based systems.…”

Section: Implementation As a Web Servicementioning

confidence: 99%

Model and Implementation of Safety Case Cores

Netkachova¹

2012

ISIJ

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Abstract:The paper introduces a general concept of Safety Case Core, which is an extension of the Safety Case methodology. The definition of the safety case core is provided, the scope, principles and structure of a core are outlined, and a general set-theoretical model is presented. An approach to tracking and managing vulnerability information, assessing security and reliability characteristics of ready-made software components is discussed. To demonstrate the practical relevance and applicability of the proposed approach, a safety case core for assessing off-the-shelf components is developed. The database schema of the developed safety case core, modelled using the entity-relationship diagram, is presented; the important design and implementation details and techniques are outlined. The integration of the core with ASCE software tool as a plug-in and implementation as a web service for offthe-shelf component assessment are presented.

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“…The developed web service is recommended to be used in conjunction with the intrusion-tolerant architecture 12 or similar architectures for constructing complex software based systems.…”

Section: Implementation As a Web Servicementioning

confidence: 99%

Model and Implementation of Safety Case Cores

Netkachova¹

2012

ISIJ

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“…To use FMEA for analyzing the dependability of Web Services, new failure taxonomy, intrusions and various failure effects (data loss, financial loss, denial of service, etc.) are taken into account in [9]. Utilization of FMEA is also proposed in [22] for early robustness analysis of Web-based systems.…”

Section: Related Workmentioning

confidence: 99%

“…On the other hand, there is a body of work focusing on tool-support for FMEA and FTA. In [9], for example, FMEA tables are being integrated with a web service deployment architecture so that they can be dynamically updated by the system. In [13], fault trees are synthesized automatically.…”

Section: Related Workmentioning

confidence: 99%

Extending Failure Modes and Effects Analysis Approach for Reliability Analysis at the Software Architecture Design Level

Sözer

Tekinerdoğan

Akşit

2007

Architecting Dependable Systems IV

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Several reliability engineering approaches have been proposed to identify and recover from failures. A well-known and mature approach is the Failure Mode and Effect Analysis (FMEA) method that is usually utilized together with Fault Tree Analysis (FTA) to analyze and diagnose the causes of failures. Unfortunately, both approaches seem to have primarily focused on failures of hardware components and less on software components. Moreover, for utilizing FMEA and FTA very often an existing implementation of the system is required to perform the reliability analysis. We propose extensions to FMEA and FTA to utilize them for the reliability analysis of software at the architecture design level. We present the software architecture reliability analysis approach (SARAH) that incorporates the extended FMEA and FTA. The approach is illustrated using an industrial case for analyzing reliability of the software architecture of a Digital TV.

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“…It is confirmed in the recent publications that method is appropriate for security assessment using F(I)MEA (Failure(Intrusion) Modes and Effects Analysis)-technique, failure effects analysis from the recovery time view etc. [15][16]. Other example is that FME(C)A-approach jointly with FTA was extended for reliability analysis at the software architecture design level [17].…”

Section: Introduction and Problem Statementmentioning

confidence: 98%

Extended Dependability Analysis of Information and Control Systems by FME(C)A-technique: Models, Procedures, Application

Komari

Kharchenko

Babeshko

et al. 2009

2009 Fourth International Conference on Dependability of Computer Systems

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This paper addresses the problems associated with dependability analysis of complex information and control systems (I&CS). FME(C)A-technique is proposed as a unified approach to I&CS dependability assessment. Classic philosophy is extended by introducing new items into assessed objects, relevant causes, assessed effects, assessed attributes and used means. FME(С)А-tables and models for dependability (reliability, survivability and safety) attributes assessment are constructed. Elements of information technology of I&CS analysis are presented.

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F(I)MEA-Technique of Web Services Analysis and Dependability Ensuring

Cited by 22 publications

References 7 publications

Model and Implementation of Safety Case Cores

Model and Implementation of Safety Case Cores

Extending Failure Modes and Effects Analysis Approach for Reliability Analysis at the Software Architecture Design Level

Extended Dependability Analysis of Information and Control Systems by FME(C)A-technique: Models, Procedures, Application

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