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A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management

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Bibliographic Details
Published in:Advances in Emergency Medicine
Format: Online Article RSS Article
Published: 2014
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container_title Advances in Emergency Medicine
description
discipline_display Emergency and Intensive Critical Care
discipline_facet Emergency and Intensive Critical Care
format Online Article
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genre Journal Article
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institution FRELIP
journal_source_facet Advances in Emergency Medicine
publishDate 2014
publishDateSort 2014
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spellingShingle A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
Emergency and Intensive Critical Care
General
Emergency and Intensive Critical Care
sub_discipline_display General
sub_discipline_facet General
subject_display Emergency and Intensive Critical Care
General
Emergency and Intensive Critical Care
Emergency and Intensive Critical Care
General
Emergency and Intensive Critical Care
subject_facet Emergency and Intensive Critical Care
General
Emergency and Intensive Critical Care
title A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
title_auth A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
title_full A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
title_fullStr A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
title_full_unstemmed A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
title_short A Simulated Discrete-Event and Queuing Model to Reduce Transfers from the Emergency Department and to Optimize Hospital Bed Management
title_sort a simulated discrete-event and queuing model to reduce transfers from the emergency department and to optimize hospital bed management
topic Emergency and Intensive Critical Care
General
Emergency and Intensive Critical Care
url https://www.hindawi.com/journals/aem/2014/478675/