Development of System Architecture for E-Government Cloud Platforms

Aubakirov, Margulan; Nikulchev, Evgeny

doi:10.14569/ijacsa.2016.070235

Cited by 8 publications

(5 citation statements)

References 7 publications

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“…Compared to other architecture, our study develops the architectural approach based on architectural principles that address three main problems related to one-stop e-government portal integration and interoperability, architectural structure, service sharing and reuse. Other works are more focussed on Reference Architecture for Government Data Interoperability (Cenci, Fillottrani, & Ardenghi, 2017), Enterprise Architecture for e-Government (Agarwal, Thakur, & Chauhan, 2017), Cloud Service Architecture (Aubakirov & Nikulchev, 2016;Mosa, El-Bakry, El-Razek, & Hasan, 2016) middleware for integration (Chaabane et al, 2015), and SOA e-government for cross-border information sharing (Paul, 2015;Paul & Paul, 2014). The architectural principles provide the guidelines to ensure the architecture fulfils the main role of a one-stop e-government portal.…”

Section: Discussionmentioning

confidence: 99%

Hybrid Hierarchical Architecture for Integration and Interoperability of a One-Stop E-Government Portal

Sedek

Omar

Sulaiman

et al. 2018

JCRINN

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The main function of a one-stop e-government portal is to provide single access point to various e-government services for its users. It needs an effective architecture for integration and interoperability between a one-stop e-government portal and related e-government services. However, due to heterogeneous e-government service platforms and bad e-government service organization, a one-stop e-government portal may fail to provide its main function effectively. This study proposes an architectural approach to improve integration and interoperability among one-stop e-government portal, e-government applications, and e-government services using a service component architecture. The evaluation shows that the proposed approach could be successfully implemented in a prototype of a one-stop e-government portal.

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Section: Discussionmentioning

confidence: 99%

Hybrid Hierarchical Architecture for Integration and Interoperability of a One-Stop E-Government Portal

Sedek

Omar

Sulaiman

et al. 2018

JCRINN

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“…This can be serious mistake. Like every other system, the NHI requires IS/IT solutions such as to software, hardware, network for its enablement [25]. However, the solutions include integration, security and governance, to ensure efficiency in operationalising and fulfilling the goals and objectives of the program.…”

Section: Related Studiesmentioning

confidence: 99%

“…The increasing interest in the ETA is primarily to ensure, and to prevent prohibitive circumstances, such as loss of datasets due to lack of security, lack of connectivity, increased procurement and maintenance costs of IS/IT solutions, unreliability, noncompatibility as well as uncertainty of software and hardware [25]. This enacts the ETA as a process and not a project that has a clear start and finish [55] .…”

Section: Enterprise Technical Architecturementioning

confidence: 99%

Towards Enterprise Technical Architecture for the Implementation of the South African NHI

Chitsa¹,

Iyamu²

2020

Adv. sci. technol. eng. syst. j.

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This paper provides an insight about the significance of the enterprise technical architecture (ETA) in enabling and supporting the implementation of the South African National Health Insurance (NHI). Design: Existing documentations from both academic and government domains were gathered, and analyzed using the hermeneutics technique, from the perspective of interpretivist approach. Based on the analysis, the paper reveals the cruciality of the ETA in the implementation of the Universal health coverage (NHC) in the South African environment. The paper is intended to be of use for the core stakeholders of the NHI, which include governments' administrations, IT specialists, health practitioners, as well as academics.

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“…For an example of the proposed method, consider profiling a distributed system, built on the basis of agentrelational mapping technology (ARO), the principles of which are described in [7][8][9]. This technology is a hybrid technology of object-relational mapping (ORM) and remoting technologies (technologies of remote objects, remote procedure call, and are focused on message processing).…”

Section: Profiling Distributed Systems Based On Agent-relational Mappmentioning

confidence: 99%

Methodology of profiling network operations in software for distributed information systems

Lukyanchikov

Filatov²,

Biryukov

et al. 2016

ITM Web of Conferences

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Abstract. Network operations take up large amounts of resources in distributed systems and in this case, existing profilers can correctly construct the execution tree of the program code and correctly identify the runtime, so you need other methods that will allow finding bottlenecks in the. The article discusses various approaches on the time efficiency assessment software, and based on a new method for profiling distributed systems, also an example of its use on a system built with agent technology-relational mapping. As a demonstration of the proposed method there's presented an example of the system, built using the technology of agent-relational mapping that performs network operations in distributed transactions. Thus showing that for the ease of using this technology we have to pay with lots of operations to monitor network transactions.

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Development of System Architecture for E-Government Cloud Platforms

Cited by 8 publications

References 7 publications

Hybrid Hierarchical Architecture for Integration and Interoperability of a One-Stop E-Government Portal

Hybrid Hierarchical Architecture for Integration and Interoperability of a One-Stop E-Government Portal

Towards Enterprise Technical Architecture for the Implementation of the South African NHI

Methodology of profiling network operations in software for distributed information systems

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