Compensable WorkFlow Nets

Rabbi, Fazle; Wang, Hao; MacCaull, Wendy

doi:10.1007/978-3-642-16901-4_10

Cited by 17 publications

(5 citation statements)

References 12 publications

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“…In addition, care is dynamic and after a course of action has begun, it is often altered (e.g., the patient changes his mind about a treatment, the family cannot drive the patient to an appointment due to a bad winter storm or the health authority must deal with an emergency, such as the recent H1N1 pandemic). We are integrating the notion of Compensable Transactions [18] in process models to compensate or undo side effects caused by a change in the process (e.g., take a drug off the patient's list of medications, reschedule appointments, or find an acceptable alternative way to deliver a treatment or service within a reasonable time). In a collaborative care setting, this functionality will go a long way to enhance the efficiency and efficacy of the health service delivery.…”

Section: Screening Questions Are Used To Assess All Domains Of Care Amentioning

confidence: 99%

Using an interdisciplinary approach to develop a knowledge-driven careflow management system for collaborative patient-centred palliative care

MacCaull

Jewers

Latzel

2010

Proceedings of the 1st ACM International Health Informatics Symposium

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In this paper, we give a work-in-progress report of an interdisciplinary partnership among academic researchers, a regional health authority and an industry partner to develop a web-based platform to support a collaborative approach to hospice palliative care. The needs of such a collaborative, community based and patient and family centred program are outlined with emphasis on the guiding principles, as espoused by the Canadian Hospice Palliative Care Association. The research initiatives to develop a leading edge knowledge-driven web-based communication, documentation and process management platform, a so-called careflow management system, to support such a program are detailed. Considerations required by an industry partner to ensure such a platform is commercializable are discussed. The long term goal is to inject science into software by providing tools which are sensitive to local conditions, are flexible enough to adapt to changes on the fly, are easily refactored to adapt to diverse settings and can support the evolving electronic health record systems.

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Section: Screening Questions Are Used To Assess All Domains Of Care Amentioning

confidence: 99%

Using an interdisciplinary approach to develop a knowledge-driven careflow management system for collaborative patient-centred palliative care

MacCaull

Jewers

Latzel

2010

Proceedings of the 1st ACM International Health Informatics Symposium

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“…T has been incorporated in NOVA Workflow [17] which uses the graphical workflow modeling language CWML and has an executable workflow engine. CWML is a block structured workflow modeling language [21] which has compensable components along with common workflow components (e.g., atomic tasks, control flow operators, such as XOR, OR, AND, etc.). Each atomic task in CWML is associated with a task description file (written in T ) containing procedures.…”

Section: Model Driven Workflow Development With Tmentioning

confidence: 99%

“…It has been designed to develop certain aspects of workflows which can be used in many workflow systems. Workflow systems are often designed with graphical workflow modeling languages such as BPMN, YAWL, the Compensable Workflow Modeling Language (CWML) [21], etc. These languages use abstract notation for tasks and control flow to visualize workflow but to describe the detailed specification of a task, some workflow systems use XML-based languages, while others use a general-purpose programming language (GPL) such as C++, Java, etc.…”

Section: Model Driven Workflow Development With Tmentioning

confidence: 99%

T □: A Domain Specific Language for Rapid Workflow Development

Rabbi

MacCaull

2012

Lecture Notes in Computer Science

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Abstract. In MDE, software systems are always synchronized with their models since changes are made first to the model whenever there are changes in the requirement specifications. While MDE has a lot of potential, it requires maturity and tool support. In this research we present a framework for a workflow management system based on the MDE approach. We propose a domain specific language, T (T-Square) for rapidly specifying details of (workflow) tasks and their associated user interfaces which may be used with the NOVA Workflow, an executable workflow management system. T includes syntax for writing procedural statements, for querying an ontology, for declaring user interfaces, for applying access control policy, and for scheduling tasks, using Xtext to write the grammar. We apply transformation methods, based on Xtend, to generate executable software from the abstract task specifications. A running example from health services delivery illustrates the usefulness of this approach.

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“…Besides the navigation, the designing history browser permits the designer to go back to previous stage with a more intuitive way [6]. Similarly, the backward recovery strategy is used in workflow control [7]. In mechanic system design, the data retrieval procedures are frequently carried out.…”

Section: Introductionmentioning

confidence: 99%

Navigating Design System with Fallback Support

Liu

Sun

2013

AMM

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To assist the designer improving affection and efficiency, the development method of the navigating and fallback design system is presented. The navigating system provides not only the guidance to avoid mis-operation but also the milestones of key designing steps. With the dynamic designing tips, the unfamiliar task can be carried out efficiently and accurately. By recording the process of each designing step, the fallback design supporting strategy allows going back to the preceding designing stage. Meanwhile, the correlative interim results and dynamic designing reports are updated correspondingly. The key enable technologies to implement the method are presented. Moreover, the interactive database operation and dynamic description strategy of designing processes are illustrated, which are implemented on the basis of ADO and OLE technologies.

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Compensable WorkFlow Nets

Cited by 17 publications

References 12 publications

Using an interdisciplinary approach to develop a knowledge-driven careflow management system for collaborative patient-centred palliative care

Using an interdisciplinary approach to develop a knowledge-driven careflow management system for collaborative patient-centred palliative care

T □: A Domain Specific Language for Rapid Workflow Development

Navigating Design System with Fallback Support

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