A model driven engineering approach for business continuity management in e-Health systems

Rejeb, Olfa; Bastide, Rémi; Lamine, Elyes; Marmier, François; Pingaud, Hervé

doi:10.1109/dest.2012.6227931

Cited by 7 publications

(7 citation statements)

References 13 publications

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“…A business continuity model for e-Health systems was proposed by Rejeb, Bastide, Lamine, Marmier, and Pingaud (2012) so that the system remains operative even in unexpected conditions. A protected backup system is used for this purpose [17].…”

Section: Modelling E-health System Requirementsmentioning

confidence: 99%

Modelling Health Process and System Requirements Engineering for Better e-Health Services in Saudi Arabia

Alanazi¹,

Gay²,

N.³

et al. 2021

IJACSA

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This systematic review aimed to examine the published works on e-health modelling system requirements and suggest one applicable to Saudi Arabia. PRISMA method was adopted to search, screen and select the papers to be included in this review. Google Scholar was used as the search engine to collect relevant works. From an initial 74 works, 20 were selected after all screening procedures as per PRISMA flow diagram. The 20 selected works were discussed under various sections. The review revealed that goal setting is the first step. Using the goals, a model can be created based on which system requirements can be elicited. Different research used different approaches within this broad framework and applied the procedures to varying healthcare contexts. Based on the findings, an attempt has been made to set the goals and elicit the system requirements for a diabetes self-management model for the entire country in Saudi Arabian context. This is a preliminary model which needs to be tested, improved and then implemented.

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Section: Modelling E-health System Requirementsmentioning

confidence: 99%

Modelling Health Process and System Requirements Engineering for Better e-Health Services in Saudi Arabia

Alanazi¹,

Gay²,

N.³

et al. 2021

IJACSA

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“…To address the implementation of such a complex system in a productive environment, the main aspect to consider is business continuity [20], that is, how to minimize the impact of change on the functioning of the organization.…”

Section: Implementation and Deploymentmentioning

confidence: 99%

Proposal for a Standard Architecture for the Integration of Clinical Information Systems in a Complex Hospital Environment

2021

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The evolution of technology in clinical environments increases the level of precision in patient care, as well as optimizes the management of healthcare centers. However, the need to have information systems that are more sophisticated and require interoperability between them means that a great deal of effort has to be made to assume the maintenance and scalability of the systems. Therefore, a proposal for a standard information model for the integration of clinical systems in a healthcare environment is presented. In order to elaborate the model, an analysis of the functional needs of the different clinical areas of a clinical environment is made based on the information systems that make up the system and application map. An evaluation of the technical requirements and the technological solutions that can satisfy these requirements is also carried out, delving into the different technical alternatives that allow the exchange of information. From the analysis carried out, an integration model capable of covering the needs that arise in clinical environments with a high level of complexity is obtained, also allowing the continuous evolution of the systems that make up the model, along with the incorporation of new systems. Although the model presented may fully cover the expectations raised, the rapid evolution in terms of both functional needs and technical aspects makes it necessary to continuously monitor and evaluate the model, in order to adapt it to the needs that arise.

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“…Rejeb et al propose a definition of a methodological framework to implement continuity management that is part of a model-driven enterprise engineering approach based on ISO19440 [22].The authors define specific views like Failure View, BCP View with properties related to continuity management such as criticality, Maximum tolerable period of disruption (MTPD), availability.…”

Section: Related Workmentioning

confidence: 99%

“…Based on literature review [14], [17], [22], [27], [28], [36]- [43], we conduct a synthesis of BC metrics and concepts(eg,Table2). We distinguish from these metrics those we consider relevant and we enhance our proposed metamodel, namely:…”

Section: Enterprise Architecture Metamodelintegrating Bc(eaibc)mentioning

confidence: 99%

Towards an Approach for Integrating Business Continuity Management Into Enterprise Architecture

Anir¹,

Fredj²,

Kassou³

2019

IJCSIT

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In today's global and complex business environment, security is a major issue for any organization. All organizations should have the capability to plan and respond to incidents and business disruptions. Business continuity management is part of information security management and the process of Business continuity management (BCM) can meet these needs. Indeed, Business Continuity refers to the ability of a business to continue its operations even if some sort of failure or disaster occurs. Business continuity management (BCM) requires a holistic approach that considers technological and organizational aspects. Besides, Enterprise architecture (EA) is a comprehensive view of organizational architecture, business, and technology architecture and their relationships. EA is also considered by several studies as a foundation for BC and security management. Our research aims at studying how BCM aspect can be embedded into the enterprise architecture. In this sense, this paper proposes a metamodel and an implementation method that considers BC in the design and implementation of EA.

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A model driven engineering approach for business continuity management in e-Health systems

Cited by 7 publications

References 13 publications

Modelling Health Process and System Requirements Engineering for Better e-Health Services in Saudi Arabia

Modelling Health Process and System Requirements Engineering for Better e-Health Services in Saudi Arabia

Proposal for a Standard Architecture for the Integration of Clinical Information Systems in a Complex Hospital Environment

Towards an Approach for Integrating Business Continuity Management Into Enterprise Architecture

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