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Optimizing the accuracy of patients length of stay (LOS) in hospitals using Novel Enhanced Gradient Boosting (NEGB) Algorithm in comparison with K-Nearest Neighbors (KNN)
Conference paper   Open access   Peer reviewed

Optimizing the accuracy of patients length of stay (LOS) in hospitals using Novel Enhanced Gradient Boosting (NEGB) Algorithm in comparison with K-Nearest Neighbors (KNN)

B. Poshak Chowdary, Percy Ekanem, Jaisharma K. and Celestine Iwendi
ICACTCE23 - International Conference on Advances in Communication Technology and Computer Engineering (University of Bolton, 24/02/2023–25/02/2023)
24/02/2023

Abstract

prediction framework length of stay Novel Enhanced Gradient Boosting K-Nearest Neighbors maximized gain. Machine Learning
The comparative study is performed on improved Novel Enhanced Gradient Boosting Algorithm (NEGB) and KNearest Neighbors (KNN) Algorithm, which determines the patient’s duration of staying in hospitals. The Novel Enhanced Gradient Boosting by taking the highest priority of maximized gain is proposed. The proposed algorithm implements Novel Enhanced Gradient Boosting framework with maximized gain probability. The Novel Enhanced Gradient Boosting algorithm and K-Nearest Neighbors Algorithm used in this research article. The concrete evidence for the performance evaluation, the sample size prejudge mental tools were used under the conditions of gpower 0.8, alpha 0.05 and confidence interval 95% during the estimation. The NEGB has a better accuracy rate (89.90%) compared to KNN has the accuracy rate (74.25%). The significance of 0.241 (p>0.05) value implies that experiment driven in this research was insignificant. The NEGB Algorithm is good in recalculating the stay duration of patients and also improves accuracy more than the K-Nearest Neighbors algorithm.
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