The Experts below are selected from a list of 60960 Experts worldwide ranked by ideXlab platform

Chen Delai - One of the best experts on this subject based on the ideXlab platform.

  • model driven business Process Modeling Tool
    Computer Engineering, 2009
    Co-Authors: Chen Delai
    Abstract:

    Business Process management and Service Oriented Architecture(SOA) provide a solution to the highly efficient integration of enterprises.Based on model driven development theory,this paper proposes a refined meta-model for business Process.It solves the problems of model transformation,discusses the checkout method of controlling flow structure and semantics,designs and realizes a Process Modeling Tool based on the meta-model according to the model driven architecture.

Steffen Ruchholtz - One of the best experts on this subject based on the ideXlab platform.

  • guideline validation in multiple trauma care through business Process Modeling
    International Journal of Medical Informatics, 2003
    Co-Authors: Jurgen Stausberg, Huseyin Bilir, Christian Waydhas, Steffen Ruchholtz
    Abstract:

    Clinical guidelines can improve the quality of care in multiple trauma. In our Department of Trauma Surgery a specific guideline is available paper-based as a set of flowcharts. This format is appropriate for the use by experienced physicians but insufficient for electronic support of learning, workflow and Process optimization. A formal and logically consistent version represented with a standardized meta-model is necessary for automatic Processing. In our project we transferred the paper-based into an electronic format and analyzed the structure with respect to formal errors. Several errors were detected in seven error categories. The errors were corrected to reach a formally and logically consistent Process model. In a second step the clinical content of the guideline was revised interactively using a Process-Modeling Tool. Our study reveals that guideline development should be assisted by Process Modeling Tools, which check the content in comparison to a meta-model. The meta-model itself could support the domain experts in formulating their knowledge systematically. To assure sustainability of guideline development a representation independent of specific applications or specific provider is necessary. Then, clinical guidelines could be used for eLearning, Process optimization and workflow management additionally.

Jurgen Stausberg - One of the best experts on this subject based on the ideXlab platform.

  • guideline validation in multiple trauma care through business Process Modeling
    International Journal of Medical Informatics, 2003
    Co-Authors: Jurgen Stausberg, Huseyin Bilir, Christian Waydhas, Steffen Ruchholtz
    Abstract:

    Clinical guidelines can improve the quality of care in multiple trauma. In our Department of Trauma Surgery a specific guideline is available paper-based as a set of flowcharts. This format is appropriate for the use by experienced physicians but insufficient for electronic support of learning, workflow and Process optimization. A formal and logically consistent version represented with a standardized meta-model is necessary for automatic Processing. In our project we transferred the paper-based into an electronic format and analyzed the structure with respect to formal errors. Several errors were detected in seven error categories. The errors were corrected to reach a formally and logically consistent Process model. In a second step the clinical content of the guideline was revised interactively using a Process-Modeling Tool. Our study reveals that guideline development should be assisted by Process Modeling Tools, which check the content in comparison to a meta-model. The meta-model itself could support the domain experts in formulating their knowledge systematically. To assure sustainability of guideline development a representation independent of specific applications or specific provider is necessary. Then, clinical guidelines could be used for eLearning, Process optimization and workflow management additionally.

  • guideline validation in multiple trauma care through business Process Modeling
    Studies in health technology and informatics, 2002
    Co-Authors: Jurgen Stausberg, Huseyin Bilir, Christian Waydhas, Steffen Ruchholz
    Abstract:

    Clinical guidelines can improve the quality of care in multiple trauma. In our Department of Trauma Surgery a specific guideline is available paper-based as a set of flowcharts. This format is appropriate for the use by experienced physicians but insufficient for electronic support of learning, workflow and Process optimization. A formal and logically consistent version represented with a standardized meta-model is necessary for automatic Processing. In our project we transferred the paper-based into an electronic format and analyzed the structure with respect to formal errors. Several errors were detected in 7 error categories. The errors were corrected to reach a formal and logically consistent Process model. In a second step the clinical content of the guideline was revised interactively using a Process Modeling Tool. Our study reveals that guideline development should be assisted by Process Modeling Tools, which check the content in comparison to a meta-model. The meta-model itself could support the domain experts in formulating their knowledge systematically. To assure sustainability of guideline development a representation independent of specific applications or specific provider is necessary. Then clinical guidelines could be used for training, Process optimization and workflow management additionally.

Onur Demirors - One of the best experts on this subject based on the ideXlab platform.

  • unified Process Modeling with uprom Tool
    Conference on Advanced Information Systems Engineering, 2014
    Co-Authors: Banu Aysolmaz, Onur Demirors
    Abstract:

    UPROM Tool is a business Process Modeling Tool designed to conduct business Process and user requirements analysis in an integrated way to constitute a basis for Process automation. Usually, business Process models are not utilized systematically to develop related artifacts, specifically when a Process-aware information system is to be developed to automate those Processes. This results in completeness, consistency and maintainability problems for those artifacts. Unified business Process Modeling methodology, UPROM, is developed to integrate Process Modeling and practices. Enabling the application of UPROM, the Tool provides editors for six different diagram types based on a common meta-model. It offers features so that modelers can develop a cohesive set of models. Using these models, UPROM Tool can be used to automatically generate artifacts of user requirements document, COSMIC based software size estimation, Process definition document and business glossary.

  • uprom Tool a unified business Process Modeling Tool for generating software life cycle artifacts
    CAiSE (Forum Doctoral Consortium), 2014
    Co-Authors: Banu Aysolmaz, Onur Demirors
    Abstract:

    UPROM Tool is a business Process Modeling Tool designed to conduct business Process and requirements analysis in a unified way to constitute a basis for Process automation. Enabling the application of UPROM methodology, the Tool provides editors for six different diagram types based on a common metamodel. It ensures conformance to the rules and offers features so that modelers can develop a cohesive set of models. These models are utilized to automatically generate artifacts of requirements document, software size estimation, Process definition document and business glossary.

Janette Wong - One of the best experts on this subject based on the ideXlab platform.

  • applying patterns during business Process Modeling
    Business Process Management, 2008
    Co-Authors: Thomas Gschwind, Jana Koehler, Janette Wong
    Abstract:

    Although the business Process community has put a major emphasis on patterns, notably the famous workflow patterns, only limited support for using patterns in today's business Process Modeling Tools can be found. While the basic workflow patterns for control flow are available in almost every business Process Modeling Tool, there is no support for the user in correctly applying these simple patterns leading to many incorrectly modeled business Processes. Only limited support for pattern compounds can be found in some Tools, there is no active support for selecting patterns that are applicable in some user-determined context, Tools do not give feedback to the user if applying a pattern can lead to a Modeling error, nor do they trace the sequence of applied patterns during the editing Process. In this paper, we describe an extension of a business Process Modeling Tool with patterns to provide these capabilities. We distinguish three scenarios of pattern application and discuss a set of pattern compounds that are based on the basic workflow patterns for control flow. We present an approach where business users receive help in understanding the context and consequences of applying a pattern.