Building a Generic Platform for Medical Screening Applications Based on Domain Specific Modeling and Process Orientation

Jablonski, Stefan; Lay, Rainer; Müller, Sascha; Meiler, Christian; Faerber, Matthias; Derhartunian, V.; Michelson, Georg

doi:10.1007/11530084_20

Cited by 2 publications

(2 citation statements)

References 5 publications

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“…During the last years we pursued and compared two completely different approaches to support process execution in the sense of data logistics (Section 2.1). The first approach was a monolithic execution environment that is capable of interpreting XML-based process type definitions from i>PM4Med directly (Jablonski, Lay, Müller, Meiler, Faerber, Derhartunian et al, 2005). For this kind of application it is characteristic that new features have to be added to the central process interpretation and execution engine.…”

Section: The Adaptation Of the Pdamentioning

confidence: 99%

Integrated Process and Data Management for Healthcare Applications

Jablonski

Lay²,

Melier³

et al. 2007

International Journal of Healthcare Information Systems and Informatics

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Healthcare applications are demanding with respect to their IT needs. Due to their complexity they need strong IT support which must provide enough freedom to their users in the medical domain because of the high degree of flexibility required by them. We have chosen a process based technology, called data logistics, which can cope with these almost conflicting requirements. Data logistics is based on clinical processes. However, when data logistics processes are executed, this happens transparently to the users and provides them a huge degree of freedom in determining the sequence of process execution. In order to cope with these challenging features, the process execution environment for data logistics processes is generated according to our model driven development approach called process driven architecture (PDA). Several clinical studies illustrate the feasibility, effectiveness, and efficiency of the data logistics approach. This article both exposes the rationale of the data logistics approach and provides a deep inside into the implementation concepts.

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Section: The Adaptation Of the Pdamentioning

confidence: 99%

Integrated Process and Data Management for Healthcare Applications

Jablonski

Lay²,

Melier³

et al. 2007

International Journal of Healthcare Information Systems and Informatics

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show abstract

“…As a short example, we will discuss an application that is used at the ophthalmic department of the University of Erlangen for a glaucoma screening examination. This screening process is described in detail in [13], hence we will omit details here.…”

Section: Example: the Aglaucoma Screening Processmentioning

confidence: 99%

Process Driven Architecture: A Model Driven Development Approach for Process Support Software

Müller¹,

Jablonski²,

Faerber³

2007

Proceedings of the 3rd International Workshop on Model-Driven Enterprise Information Systems

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In this paper we propose a new model based development method specialized on the efficient production of process support software, called the Process Driven Architecture (PDA). It is based on our experiences in the domain of clinical process support and a comprehensive review of related model driven software approaches, such as the OMG's Model Driven Architecture (MDA) or the Software Factories approach. The exemplary implementation of a clinical process illustrates the feasibility of our PDA approach.

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Building a Generic Platform for Medical Screening Applications Based on Domain Specific Modeling and Process Orientation

Cited by 2 publications

References 5 publications

Integrated Process and Data Management for Healthcare Applications

Integrated Process and Data Management for Healthcare Applications

Process Driven Architecture: A Model Driven Development Approach for Process Support Software

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