Process mining bridges the gap between process management and data science by utilizing process execution data to discover and analyse business processes. This data is represented in event logs, where each event conta...
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ISBN:
(数字)9783031346743
ISBN:
(纸本)9783031346736;9783031346743
Process mining bridges the gap between process management and data science by utilizing process execution data to discover and analyse business processes. This data is represented in event logs, where each event contains attributes describing the process instance, the time the event has occurred, and much more. In addition to these generic event attributes, events contain domain-specific event attributes, such as a measurement of blood pressure in a healthcare environment. Taking a close look at those attributes, it turns out that the respective values change during a typical process quite frequently, hence we refer to them as dynamic event attributes. This paper studies changepatterns of dynamic event attributes by recurring process activities in a given context. We have applied the technique on two real-world datasets, MIMIC-IV and Sepsis, representing hospital treatment processes, and show that the approach can provide novel insights. The approach is implemented in Python, based on the PM4Py framework.
Process mining utilizes process execution data to discover and analyse business processes. Event logs represent process execution data, providing information about activities executed in a process instance. In additio...
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ISBN:
(纸本)9783031509735;9783031509742
Process mining utilizes process execution data to discover and analyse business processes. Event logs represent process execution data, providing information about activities executed in a process instance. In addition to generic event attributes like activity and timestamp, events might contain domain-specific attributes, such as a blood sugar measurement in a healthcare environment. Many of these values change during a typical process quite frequently. Hence, we refer to those as dynamic event attributes. changepatterns can be derived from dynamic event attributes, describing if the attribute values change from one activity to another. However, changepatterns can only be identified in an isolated manner, neglecting the chance of finding co-occuring changepatterns. This paper provides an approach to identify relationships between changepatterns. We applied the proposed technique on the MIMIC-IV real-world dataset on hospitalizations in the US and evaluated the results with a medical expert. The approach is implemented in Python using the PM4Py framework.
With the advancement of telecommunications,sensor networks,crowd sourcing,and remote sensing technology in present days,there has been a tremendous growth in the volume of data having both spatial and temporal *** hug...
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With the advancement of telecommunications,sensor networks,crowd sourcing,and remote sensing technology in present days,there has been a tremendous growth in the volume of data having both spatial and temporal *** huge volume of available spatio-temporal(ST)data along with the recent development of machine learning and computational intelligence techniques has incited the current research concerns in developing various data-driven models for extracting useful and interesting patterns,relationships,and knowledge embedded in such large ST *** this survey,we provide a structured and systematic overview of the research on data-driven approaches for spatio-temporal data *** focus is on outlining various state-of-the-art spatio-temporal data mining techniques,and their applications in various *** start with a brief overview of spatio-temporal data and various challenges in analyzing such data,and conclude by listing the current trends and future scopes of research in this multi-disciplinary *** with other relevant surveys,this paper provides a comprehensive coverage of the techniques from both computational/methodological and application *** anticipate that the present survey will help in better understanding various directions in which research has been conducted to explore data-driven modeling for analyzing spatio-temporal data.
In a fast-changing healthcare environment, understanding the changes of medical behaviors in clinical pathways can help hospital managers improve the pathways and make better medical strategies for patient careflow. I...
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ISBN:
(纸本)9781614992899;9781614992882
In a fast-changing healthcare environment, understanding the changes of medical behaviors in clinical pathways can help hospital managers improve the pathways and make better medical strategies for patient careflow. In this study we propose an approach to detect medical behavior changes between two time periods, by providing a change pattern detection algorithm dividing the discovered changepatterns into four categories (i.e., perished patterns, added patterns, unexpected changes, and emerging patterns). The proposed approach is evaluated via real-world data sets extracted from Zhejiang Huzhou Central Hospital of China with regard to the clinical pathway of bronchial lung cancer in 2007-2009 and 2011. The experiment results include three categories of changepatterns from the collected data-sets, making a relatively comprehensive cover on the significant changes in clinical pathways, which might be essential from the perspectives of clinical pathway analysis and improvement.
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