A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process

Business Activity Monitoring (BAM) allows organizations to capture enterprise events from their source systems and utilize these to detect non-compliant business situations. Similar concepts may be leveraged in the healthcare domain to improve the quality of patient care and the efficiency of clinic...

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Autores principales: Costello,Claire, Molloy,Owen
Lenguaje:English
Publicado: Universidad de Talca 2009
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Acceso en línea:http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0718-18762009000200004
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spelling oai:scielo:S0718-187620090002000042018-10-12A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory processCostello,ClaireMolloy,Owen Business activity monitoring Process performance measurement Process modelling and definition languages Event modelling Six Sigma Business Activity Monitoring (BAM) allows organizations to capture enterprise events from their source systems and utilize these to detect non-compliant business situations. Similar concepts may be leveraged in the healthcare domain to improve the quality of patient care and the efficiency of clinical processes. This paper introduces a generic set of constructs for formally specifying threshold values relevant for cycle time and utilization calculations. It also describes a mechanism to capture information, including thresholds, about important business parameters for Six Sigma measurement. This full set of constructs are the basis for automated measurement and monitoring and are incorporated into the process model during the definition or capture phase thereby linking the definition and monitoring phases through a common underlying process model. Bespoke software is also described which uses the constructs contributed by this research to manage and monitor process models and enterprise events. A process performance module provides automated measurement and monitoring capabilities. At an aggregate level, this is achieved through the provision of process cycle time data for selected time periods on demand and the examination of business processes at frequent intervals with alerts generated for exceptional scenarios. At a more granular level, this solution uses a rules-based approach to evaluate individual events and generate alerts for out-of-bounds business parameters. This paper demonstrates the benefits of these capabilities for health informatics through application to a Laboratory Testing process observed at a local hospital. The paper also suggests recommendations for the extension of current modelling languages with respect to the constructs detailed herein.info:eu-repo/semantics/openAccessUniversidad de TalcaJournal of theoretical and applied electronic commerce research v.4 n.2 20092009-08-01text/htmlhttp://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0718-18762009000200004en10.4067/S0718-18762009000200004
institution Scielo Chile
collection Scielo Chile
language English
topic Business activity monitoring
Process performance measurement
Process modelling and definition languages
Event modelling
Six Sigma
spellingShingle Business activity monitoring
Process performance measurement
Process modelling and definition languages
Event modelling
Six Sigma
Costello,Claire
Molloy,Owen
A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
description Business Activity Monitoring (BAM) allows organizations to capture enterprise events from their source systems and utilize these to detect non-compliant business situations. Similar concepts may be leveraged in the healthcare domain to improve the quality of patient care and the efficiency of clinical processes. This paper introduces a generic set of constructs for formally specifying threshold values relevant for cycle time and utilization calculations. It also describes a mechanism to capture information, including thresholds, about important business parameters for Six Sigma measurement. This full set of constructs are the basis for automated measurement and monitoring and are incorporated into the process model during the definition or capture phase thereby linking the definition and monitoring phases through a common underlying process model. Bespoke software is also described which uses the constructs contributed by this research to manage and monitor process models and enterprise events. A process performance module provides automated measurement and monitoring capabilities. At an aggregate level, this is achieved through the provision of process cycle time data for selected time periods on demand and the examination of business processes at frequent intervals with alerts generated for exceptional scenarios. At a more granular level, this solution uses a rules-based approach to evaluate individual events and generate alerts for out-of-bounds business parameters. This paper demonstrates the benefits of these capabilities for health informatics through application to a Laboratory Testing process observed at a local hospital. The paper also suggests recommendations for the extension of current modelling languages with respect to the constructs detailed herein.
author Costello,Claire
Molloy,Owen
author_facet Costello,Claire
Molloy,Owen
author_sort Costello,Claire
title A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
title_short A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
title_full A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
title_fullStr A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
title_full_unstemmed A process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
title_sort process model to support automated measurement and detection of out-of-bounds events in a hospital laboratory process
publisher Universidad de Talca
publishDate 2009
url http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0718-18762009000200004
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