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Kata kunci : Aplikasi Mobile JKN, JKN, Fasilitas Kesehatan Tingkat Pertama
Starting in January 2014, Indonesia has implemented a National Health Insurance (JKN) system. JKN is organized by the National Health Insurance Agency (JKN). Starting of the health insurance system caused a lot of queues in the BPJS Kesehatan office 2500 visitors in a day in 2015 so that the background of BPJS Kesehatan launched the innovation program, there is the JKN Mobile application in November 2017. Currently BPJS Kesehatan participants reach 1% who use the Mobile JKN application and also there are still many feature developments in the JKN Mobile application. This background of the researcher to find out overview of implementation of the Mobile JKN application usage in the primary healthcare provider of BPJS Kesehatan South Jakarta. This research method is qualitative research. The method used in data collection is indepth interviews and observation. The results of this study are JKN Mobile application users stated that the use of the JKN Mobile application is very useful and makes it easier for BPJS Health participants to access BPJS Health information and services and there are still many suggestions for developing the JKN Mobile application, but the JKN Mobile application has provided benefits to participants and also BPJS Kesehatan officers
Key words : JKN Mobile Applications, JKN, Primary Healthcare
The tuberculosis treatment success rate in Indonesia in 2023 did not reach the 90% target. Treatment success impacts the reduction of infection spread and drug resistance cases, making early prediction of treatment success crucial. This study aims to develop a machine-learning model to predict treatment success. Data from Indonesia's Tuberculosis Information System (SITB) cohort was used. The study included productive-age patients (15-64 years) diagnosed with drug-sensitive tuberculosis who received treatment from January 1, 2020, to December 31, 2023. Data was randomly split into training (80%) and testing (20%) sets for model validation, with cross-validation performed. The algorithms used include decision tree, random forest, multilayer perception, extreme gradient boosting, and logistic regression. A consensus was reached for decision-making variables required in performing machine learning-based modeling of SITB data to predict treatment success using modeling of SITB data to predict treatment success using the Delphi method. The results of the study show that the random forest machine learning algorithm had the best performance and highest accuracy in predicting treatment success. This machine learning–based prediction tool can provide early predictions with SHAP (SHapley Additive ExPlanations) interpretation, helping healthcare workers make informed decisions more easily.
