A Predictive Analytic Model for Maternal Morbidity

This chapter presents a predictive analytic model for preventing neonatal morbidity through the analysis of patterns of risky behavior regarding morbidity in newborns. The chapter presents the design and implementation of a forecasting model of Neonatal morbidity. The model developed is based on art...

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Autores principales: Edgardo Palza V, Jorge Sanchez, Guillermo Mamani, Percy Pacora, Alain Abran, Jane Dominique Moon
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Lenguaje:inglés
Publicado: 2019
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author Edgardo Palza V
Jorge Sanchez
Guillermo Mamani
Percy Pacora
Alain Abran
Jane Dominique Moon
author_browse Alain Abran
Edgardo Palza V
Guillermo Mamani
Jane Dominique Moon
Jorge Sanchez
Percy Pacora
author_facet Edgardo Palza V
Jorge Sanchez
Guillermo Mamani
Percy Pacora
Alain Abran
Jane Dominique Moon
author_sort Edgardo Palza V
collection Producción científica
description This chapter presents a predictive analytic model for preventing neonatal morbidity through the analysis of patterns of risky behavior regarding morbidity in newborns. The chapter presents the design and implementation of a forecasting model of Neonatal morbidity. The model developed is based on artificial intelligence using Bayesian Networks, Influence Diagrams and principles of traditional statistics. The model research is based on a repository of 10,000 medical records at a hospital in Peru. The model aims to identify the factors that are causes of morbidity in newborns, is based on data mining techniques and developed using the CRISP-DM methodology.
format Book chapter
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institution UPeU
language English
publishDate 2019
publishDateRange 2019
publishDateSort 2019
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spelling openalex:W4229816163A Predictive Analytic Model for Maternal MorbidityEdgardo Palza VJorge SanchezGuillermo MamaniPercy PacoraAlain AbranJane Dominique Moonneonatal morbiditymaternal morbiditypredictive analyticsBayesian networksinfluence diagramsrisk factorsnewborn healthmedical recordsdata miningforecasting modelsArtificial Intelligence in HealthcareMaternal and Neonatal HealthcareData Mining and Machine Learning ApplicationsThis chapter presents a predictive analytic model for preventing neonatal morbidity through the analysis of patterns of risky behavior regarding morbidity in newborns. The chapter presents the design and implementation of a forecasting model of Neonatal morbidity. The model developed is based on artificial intelligence using Bayesian Networks, Influence Diagrams and principles of traditional statistics. The model research is based on a repository of 10,000 medical records at a hospital in Peru. The model aims to identify the factors that are causes of morbidity in newborns, is based on data mining techniques and developed using the CRISP-DM methodology.Book chapterhttps://doi.org/10.4018/978-1-7998-2351-3.ch009W4229816163enIGI Global eBooks2019-09-26
spellingShingle neonatal morbidity
maternal morbidity
predictive analytics
Bayesian networks
influence diagrams
risk factors
newborn health
medical records
data mining
forecasting models
Artificial Intelligence in Healthcare
Maternal and Neonatal Healthcare
Data Mining and Machine Learning Applications
Edgardo Palza V
Jorge Sanchez
Guillermo Mamani
Percy Pacora
Alain Abran
Jane Dominique Moon
A Predictive Analytic Model for Maternal Morbidity
title A Predictive Analytic Model for Maternal Morbidity
title_full A Predictive Analytic Model for Maternal Morbidity
title_fullStr A Predictive Analytic Model for Maternal Morbidity
title_full_unstemmed A Predictive Analytic Model for Maternal Morbidity
title_short A Predictive Analytic Model for Maternal Morbidity
title_sort predictive analytic model for maternal morbidity
topic neonatal morbidity
maternal morbidity
predictive analytics
Bayesian networks
influence diagrams
risk factors
newborn health
medical records
data mining
forecasting models
Artificial Intelligence in Healthcare
Maternal and Neonatal Healthcare
Data Mining and Machine Learning Applications
topic_facet neonatal morbidity
maternal morbidity
predictive analytics
Bayesian networks
influence diagrams
risk factors
newborn health
medical records
data mining
forecasting models
Artificial Intelligence in Healthcare
Maternal and Neonatal Healthcare
Data Mining and Machine Learning Applications
url https://doi.org/10.4018/978-1-7998-2351-3.ch009
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