A Management Framework for WS-BPEL

Lessen, Tammo van; Leymann, Frank; Mietzner, Ralph; Schleicher, Daniel

doi:10.1109/ecows.2008.25

Cited by 15 publications

(7 citation statements)

References 5 publications

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“…SOA-based systems are often built on Java-related technologies; subsequently, JMX is frequently a natural technology to control and monitor components at various system layers [10,17]. In this work, OSGi is not a replacement technology for JMX.…”

Section: Related Workmentioning

confidence: 99%

Adaptive SOA Stack-Based Business Process Monitoring Platform

Dadel

Balawajder

Radziszowski

et al. 2014

csci

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Section: Related Workmentioning

confidence: 99%

Adaptive SOA Stack-Based Business Process Monitoring Platform

Dadel

Balawajder

Radziszowski

et al. 2014

csci

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“…Many variations of BPEL have been developed, e.g., aiming at the invocation of REST services [10] or at exposing BPEL processes as REST services [11]. IBM's Sharable Code platform [12] follows a slightly different strategy in the composition of REST and SOAP services and also allows the integration of user interfaces for the Web; UIs are however not provided as components but as ad hoc Ruby on Rails HTML templates filled at runtime with dynamically generated content.…”

Section: State Of the Art In Orchestrating Services People And Uismentioning

confidence: 99%

Distributed orchestration of user interfaces

Daniel¹,

Soi²,

Tranquillini³

et al. 2012

Information Systems

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a b s t r a c tWorkflow management systems focus on the coordination of people and work items, service composition approaches on the coordination of service invocations, and, recently, web mashups have started focusing on the integration and coordination of pieces of user interfaces (UIs), e.g., a Google map, inside simple web pages. While these three approaches have evolved in a rather isolated fashion -although they can be seen as evolution of the componentization and coordination idea from people to services to UIs -in this paper we describe a component-based development paradigm that conciliates the core strengths of these three approaches inside a single model and language. We call this new paradigm distributed UI orchestration, so as to reflect the mashup-like and process-based nature of our target applications. In order to aid developers in implementing UI orchestrations, we equip the described model and language with suitable design, deployment, and runtime instruments, covering the whole life cycle of distributed UI orchestrations.

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“…Many activity and process state models can be found in the literature (e.g., Refs. 26,28,48,49,57). These models differ from each other as they are defined to address different problem domains, different process engines, etc.…”

Section: Terminate Part-undo+skipmentioning

confidence: 99%

Enhancing Business Collaborations With Client-Oriented Process Control

Angelov

Vonk

Grefen

et al. 2011

Int. J. Coop. Info. Syst.

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Nowadays, business collaborations have to be highly dynamic and flexible to allow companies to operate efficiently and effectively in complex and volatile markets. To increase the business agility of service consumers, it is fundamental that service providers enhance the visibility of parts of their collaborative processes. Service providers are required to release both the process structures of the services offered and their status during execution. To further increase the flexibility of business collaborations, certain control over the process execution has to be offered to service consumers. In this paper, we present a framework for the support of process control in cross-organizational settings. We specify the control primitives that can be used to exert control on activities and processes before, during and after their executions. These primitives empower service consumers to postpone activity and process executions, bypass minor activities, repeat their executions, etc. We describe an approach to the support of these control primitives by service providers. We demonstrate the application of our framework with a case study from the healthcare domain. A proof-of-concept prototype implementation based on Web service technology is presented.

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A Management Framework for WS-BPEL

Cited by 15 publications

References 5 publications

Adaptive SOA Stack-Based Business Process Monitoring Platform

Adaptive SOA Stack-Based Business Process Monitoring Platform

Distributed orchestration of user interfaces

Enhancing Business Collaborations With Client-Oriented Process Control

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