Skripsi
PREDIKSI KEPADATAN LALU LINTAS BERDASARKAN DATA ELECTRONIC TRAFFIC LAW ENFORCEMENT (ETLE) DIRLANTAS POLDA SUMSEL DAN MEDIA SOSIAL MENGGUNAKAN RANDOM FOREST MELALUI ELIMINATING SKEWED DISTRIBUTION
Traffic density is a complex issue in Palembang City that impacts time efficiency, fuel consumption, and environmental quality. This study aims to predict traffic density using Electronic Traffic Law Enforcement (ETLE) data as an objective source and Instagram social media data as a representation of public perception, applying the Random Forest method with an eliminating skewed distribution technique. The process includes data preprocessing, lexicon-based sentiment analysis, feature engineering, and data transformation. The results show that the ETLE-based model achieves 100% accuracy, while the Instagram-based model reaches 77.89% accuracy with varying precision, recall, and f1-score due to the subjective nature of the data. The comparison between both data sources shows a conformity level of 67.86%, indicating that public perception is fairly accurate in reflecting actual traffic conditions. These findings demonstrate that integrating ETLE and social media data provides a more comprehensive approach to traffic density prediction and supports data-driven decision making. Keywords: Traffic Density, ETLE, Instagram, Random Forest, Skewed Distribution, Sentiment Analysis.
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