Enterprise architecture framework oriented to cloud computing services

Bernal, Wilson Nieto; Caballero, Garyn Carrillo; Sánchez, J; Páez-Logreira, Heyder

doi:10.1109/icccc.2016.7496739

Cited by 6 publications

(1 citation statement)

References 4 publications

(2 reference statements)

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“…Consequently, integrating EA with CC provides enterprises an opportunity more scalability, high storage capacity and availability, continuity, and security parsing [9,10]. However, the survey conducted by [11] indicates that enterprises face several challenges when performing a successful implementation of cloud solutions such as the transformation of legacy IS apps and associated maintenance.…”

Section: Introductionmentioning

confidence: 99%

Development and Evaluation of a Cloud Computing Adoption Framework (CCAFF) for Retail Banks in Bahrain

Adwan

Alsaeed²

2022

ijasce

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The Information Technology era supports the adoption of Cloud Computing (CC) on a large scale in many business fields, at which the Financial Institutions (i.e., Banking sector) is not an exception. Several gaps were found during an attempted literature reviewing. While several CC methods, strategies, or frameworks have been proposed or utilized for CC adoption in many economic sectors including the Financial institutes (FI)- Banking, it is still a relatively new initiative in many other countries including Bahrain. While Enterprise Architecture (EA) is claimed to be a leading information and business management discipline to develop an architecture that guides the transformation to CC adoption of an enterprise from a baseline state to a target state. However, there is an evident lack of scholarly articles on the development of CC adoption frameworks from EA perspective. Also, it was found that scholarly articles in the evaluation of CC adoption framework are scarce. To address those gaps, this paper aims at developing and evaluating a CCAFF for the CC adoption in Bahraini Banks by adapting a tailored version of the Open Group Architecture Framework (TOGAF) and embedding a tailored version of an enterprise cloud adoption strategy (ECAS) and then evaluating the CCAFF based on several criterions. A six phased Design Science Research Methodology (DSRM) is employed to design the research report, guide, and develop the CCAFF, while the exploratory nature of the research necessitates the employment of a holistic single Case Study strategy for an FI-01 bank, based on semi structured interviews and document analysis data collection techniques. Alongside, the data was analyzed using pattern matching technique. For the CCAFF evaluation, Delphi technique was employed at which seven experts in two rounded panels contribute to the evaluation findings based on six criterions. The evaluation findings demonstrated promising results in terms of ease of use (86.4%), usefulness (84.6%), decision making support (86.6%), comprehensiveness (85.8%), time efficiency (84.8%), and usage intention (84.8%).

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Section: Introductionmentioning

confidence: 99%

Development and Evaluation of a Cloud Computing Adoption Framework (CCAFF) for Retail Banks in Bahrain

Adwan

Alsaeed²

2022

ijasce

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Apriori Algorithm Based Approach for Improving QoS and SLA Guarantee in IaaS Clouds Using Pattern-Based Service-Oriented Architecture

Godhrawala,

Sridaran

2023

SN COMPUT. SCI.

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Developing a government enterprise architecture framework to support the requirements of big and open linked data with the use of cloud computing

Lněnička

Komárková

2019

International Journal of Information Management

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Governmental and local authorities are facing many new information and communication technologies challenges. The amount of data is rapidly increasing. The data sets are published in different formats. New services are based on linking and processing differently structured data from various sources. Users expect openness of public data, fast processing, and intuitive visualisation. The article addresses the challenges and proposes a new government enterprise architecture framework. The following partial architectures are included: big and open linked data storage, processing, and publishing using cloud computing. At first, the key concepts are defined. Next, the basic architectural roles and components are specified. The components result from the decomposition of related frameworks. The main part of the article deals with the detailed proposal of the architecture framework and partial views on architecture (sub-architectures). A methodology, including a proposal of appropriate steps, solutions and responsibilities for them, is described in the next step -after the verification and validation of the new framework with respect to the attributes of quality. The new framework responds to emerging ICT trends in order to evolve government enterprise architecture continually and represent current architectural components and their relationships.

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Enterprise architecture framework oriented to cloud computing services

Cited by 6 publications

References 4 publications

Development and Evaluation of a Cloud Computing Adoption Framework (CCAFF) for Retail Banks in Bahrain

Development and Evaluation of a Cloud Computing Adoption Framework (CCAFF) for Retail Banks in Bahrain

Apriori Algorithm Based Approach for Improving QoS and SLA Guarantee in IaaS Clouds Using Pattern-Based Service-Oriented Architecture

Developing a government enterprise architecture framework to support the requirements of big and open linked data with the use of cloud computing

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