Designing, formalizing, and evaluating a flexible architecture for integrated service delivery: combining event-driven and service-oriented architectures

Overbeek, Sietse; Janssen, Marijn; Bommel, P. van

doi:10.1007/s11761-011-0100-0

Cited by 13 publications

(6 citation statements)

References 36 publications

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“…In addition, modern Cloud-based IT services have complex architectures, built on top of a multitude of different components and with a strong emphasis on interoperability [16], dynamic adaptation [20] [14], and autoscaling [21]. In hybrid Cloud environments, concerns such as preserving the location of some services (e.g., security critical ones) within the private data centers, and ensuring adequate performance and availability of IT services built on top of both private and public Cloud resources, are usually more important than minimizing IT spending [2].…”

Section: Business-driven Component Placement In Federated Cloudsmentioning

confidence: 99%

Data-driven cloud-based IT services performance forecasting

Grabarnik

Tortonesi

Shwartz

2016

2016 IEEE International Conference on Big Data (Big Data)

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Modern Cloud computing environments are rapidly evolving, leading to a growing adoption of dynamic pricing for virtual resources and of speedier deployment tools and to the emergence of hybrid Cloud scenarios. These trends suggest the opportunity to investigate a new generation of Cloud-based IT services, capable of adapting to changes in their operating conditions and deployment environment by dynamically realigning their configuration. This calls for new and more sophisticated management tools, that are capable of atomatically evaluating the performance of alternative configurations for Cloud-based IT services and of identifying the one that aligns better to the objectives defined by the business management

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Section: Business-driven Component Placement In Federated Cloudsmentioning

confidence: 99%

Data-driven cloud-based IT services performance forecasting

Grabarnik

Tortonesi

Shwartz

2016

2016 IEEE International Conference on Big Data (Big Data)

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“…The work of [18] had explored the integration of SOA with EDA. The works of [19], [20], [21] discussed an event-driven and service-oriented architecture for services. The work of [22] proposed a simple extension to UML that supports both SOA and EDA.…”

Section: Applications and Experimentsmentioning

confidence: 99%

Event-Driven SOA for IoT Services

Zhang,

Duan,

Chen

2014

2014 IEEE International Conference on Services Computing

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Although lots of IoT (Internet of Things) applications have been developed, the systematic method to construct IoT services is still obscure. In this paper, an Event-driven Service-oriented Architecture (EDSOA) for IoT services is discussed, where distributed events act as a primary mechanism for each IoT service to share independent meaningful events, to express its requirements and capabilities, and to decouple itself from other services. Such distributed events however do not provide powerful expressiveness to describe business logic in SOA because business activities are not completely independent each other. To fill the gap, we propose an information-centric session mechanism to describe service behavior working upon distributed events, called event session. This paper also discusses how to build an Event-driven SOA infrastructure, where we can use resource information to create IoT services, use independent and shared events to run the IoT services, and use event session to coordinate the IoT services. Some applications and experiments are given to show concept proof for such event-driven SOA

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“…The work of (Laliwala et al 2008) had explored the integration of SOA with EDA. The works of (Overbeek et al 2009, Overbeek et al 2012, Dasgupta et al 2009) discussed an event-driven and service-oriented architecture for services. The work of (Clark et al 2012) proposed a simple extension to UML that supports both SOA and EDA.…”

Section: Related Workmentioning

confidence: 99%

Event-Driven Soa for Iot Services

Zhang¹,

Li²,

Chen³

2014

STSC

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Although lots of IoT (Internet of Things) applications have been developed, the systematic method to construct IoT services is still obscure. In this paper, an Event-driven Service-oriented Architecture (EDSOA) for IoT services is discussed, where distributed events act as a primary mechanism for each IoT service to share independent meaningful events, to express its requirements and capabilities, and to decouple itself from other services. Such distributed events however do not provide powerful expressiveness to describe business logic in SOA because business activities are not completely independent each other. To fill the gap, we propose an information-centric session mechanism to describe service behavior working upon distributed events, called event session. Based on the event session concept, a graphical modeling method is proposed to describe IoT business processes. This paper also discusses how to build an Event-driven SOA infrastructure, where we can use resource information to create IoT services, use independent and shared events to run the IoT services, and use event session to coordinate the IoT services. Some applications and experiments are given to show concept proof for such event-driven SOA.

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Designing, formalizing, and evaluating a flexible architecture for integrated service delivery: combining event-driven and service-oriented architectures

Cited by 13 publications

References 36 publications

Data-driven cloud-based IT services performance forecasting

Data-driven cloud-based IT services performance forecasting

Event-Driven SOA for IoT Services

Event-Driven Soa for Iot Services

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