2022 9th International Conference on Electrical Engineering, Computer Science and Informatics (EECSI) 2022
DOI: 10.23919/eecsi56542.2022.9946469
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Fine-Grained Sentiment Analysis on PeduliLindungi Application Users with Multinomial Naive Bayes-SMOTE

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Cited by 5 publications
(1 citation statement)
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“…3. Technical problems is referred to as PLMA [1] Several previous studies related to PLMA, but very lack studies on PLMA user experience and user interface, previous related studies were PeduliLindungi's COVID-19 Treatment Success (Indonesian Case Study) [1], User Satisfaction Analysis of PeduliLindungi App Using EUCS Method [5], PeduliLindungi App Users Multinomial Naive Bayes-SMOTE Fine-Grained Sentiment Analysis [6], Integration and Interoperability Issues with PeduliLindungi Data and Software Architecture Refactoring [7], Aspects of the PeduliLindungi App User's Goals, Procedures, Tools, and Surroundings [8], PeduliLindungi User Satisfaction Research [9], Google Play PeduliLindungi sentiment analysis using the Random Forest Algorithm with SMOTE [10], Case Study of Jakarta University Students' Use of the PeduliLindungi App to Prevent COVID-19 [11], PeduliLindungi, an Indonesian tracking app, sheds light on an integrated model of tracking apps [12], Factors That Influence Indonesians' Plans to Use the PeduliLindungi App During COVID-19 [13], Sentiment Analysis Machine Learning Comparison PeduliLindungi Applications [14], Binary Sentiment Reviews: Support Vector Machine vs. Naive Bayes Classifier for the PeduliLindungi App [15], Support Vector Machine and Naive Bayes Algorithm-Based Particle Swarm Optimization Analysis of Google Play User Reviews for PeduliLindungi [16], and Acceleration of Pedulilindungi's Popularity Among the Public in Relation to the Corona Virus (Covid-19) [17].…”
Section: Introductionmentioning
confidence: 99%
“…3. Technical problems is referred to as PLMA [1] Several previous studies related to PLMA, but very lack studies on PLMA user experience and user interface, previous related studies were PeduliLindungi's COVID-19 Treatment Success (Indonesian Case Study) [1], User Satisfaction Analysis of PeduliLindungi App Using EUCS Method [5], PeduliLindungi App Users Multinomial Naive Bayes-SMOTE Fine-Grained Sentiment Analysis [6], Integration and Interoperability Issues with PeduliLindungi Data and Software Architecture Refactoring [7], Aspects of the PeduliLindungi App User's Goals, Procedures, Tools, and Surroundings [8], PeduliLindungi User Satisfaction Research [9], Google Play PeduliLindungi sentiment analysis using the Random Forest Algorithm with SMOTE [10], Case Study of Jakarta University Students' Use of the PeduliLindungi App to Prevent COVID-19 [11], PeduliLindungi, an Indonesian tracking app, sheds light on an integrated model of tracking apps [12], Factors That Influence Indonesians' Plans to Use the PeduliLindungi App During COVID-19 [13], Sentiment Analysis Machine Learning Comparison PeduliLindungi Applications [14], Binary Sentiment Reviews: Support Vector Machine vs. Naive Bayes Classifier for the PeduliLindungi App [15], Support Vector Machine and Naive Bayes Algorithm-Based Particle Swarm Optimization Analysis of Google Play User Reviews for PeduliLindungi [16], and Acceleration of Pedulilindungi's Popularity Among the Public in Relation to the Corona Virus (Covid-19) [17].…”
Section: Introductionmentioning
confidence: 99%