A distributed service oriented infrastructure for business process management in Virtual Organizations

Danesh, Mohammad Hossein; Raahemi, Bijan; Kamali, S. M. Amin; Richards, Gregory

doi:10.1109/ccece.2012.6334832

Cited by 3 publications

(2 citation statements)

References 12 publications

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“…For example, integration must be done without making much modification to legacy systems and sources of data. On the other hand, software applications which were initially developed in standalone fashion are supposed to be completely collaborative at government level, enterprise level and community wide (Danesh, 2012). There are wide ranges of diversified and complex systems which are participating and need to be integrated appropriately, such as the type of interaction needed by government departments in real-time.…”

Section: E-government Integration (E-gi)mentioning

confidence: 99%

Descriptive Approach Towards Managing True E-governments

Qureshi

Hussain

2019

JMR

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The role of true e-Government is becoming vital and gaining much attention as modern businesses need adaptive, dynamic and strategic business partnerships in the form of Virtual Organizations and e-Enterprises to survive in the turbulent and global competitive environment. Therefore, managing today's dynamic, collaborative and networked nature of government environment is quite challenging. Real e-Government solution is expected to use, flexible and reusable technology to support valuable citizens and modern business expectations to access necessary government services and information. Here comes the requirement for more efficient ways of integrating their systems together under appropriate e-Government solution. It enables citizens and business organizations to interact with government on nearly all matters, 24/7, without knowing which part of the government is providing the required service. In fact, much research work is being done in e-Business Integration but e-Government Integration is comparatively ignored. As a matter of fact, practical implementation of 'seamless' government across jurisdiction is the most challenging aspect of the future of eGovernment which is the subject of our research. In this research, we first formalize the basis/requirements of such e-Government Integration framework as standard and then analyze all candidate software solutions which could help us in development of better and appropriate integrated solution of e-Government, and finally develop the required e-Government Integration framework that adheres to the requirements. Fulfilling our requirement, major approaches like SOA and EDA, transformation of supporting technologies starting from Electronic Data Interchange to WS's and integration at processes level through XML are primarily examined with the intent to give easy to use, reusable, flexible, scalable and adaptable e-Government Integration solution. Our proposed solution encompasses the most difficult problem of efficiently connecting varied inter eGovernments and intra e-Government activities with citizens and modern business configurations like: Virtual Organizations (VO), e-Enterprises, etc. allowing the governments to respond efficiently

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Section: E-government Integration (E-gi)mentioning

confidence: 99%

Descriptive Approach Towards Managing True E-governments

Qureshi

Hussain

2019

JMR

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“…These implementations support their own proprietary messaging APIs or the Java Message Service API [9]. Typical MOM solutions [10], [11] are based on this general idea of managing message exchange. These approaches however do not guarantee reliability for multi-hop messaging over the entire path of the message transfer [12].…”

Section: Introductionmentioning

confidence: 99%

A Look at Adaptability for Service Workflows

Ezenwoye

Sadjadi

2014

2014 International Conference on Cloud and Autonomic Computing

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Service-based workflow compositions like those used in Grid and Cloud computing require failure recovery mechanisms that support diverse failure handling strategies, separation of failure handling code from application code and user-defined exception handling. Apart from dealing with failures that result from such environments, these applications should be able to handle failures which are sensitive to the task context (task-specific failures). Traditional distributed system (transaction-based) recovery methods are not sufficient. In this paper, we show a selected group of projects that aim to provide exceptional behavior for service workflows. We classify these systems based on whether recover is performed at the tasklevel, workflow-level or a combination of both.

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