Exploring the impact of social media on political discourse: a case study of the Makassar mayoral election
Journal: International Journal of Advanced Technology and Engineering Exploration (IJATEE) (Vol.11, No. 114)Publication Date: 2024-31-05
Authors : Jufri Aedah Binti Abd. Rahman; H. Suarga;
Page : 708-735
Keywords : Social media; Twitter; Political; Algorithm; Election.;
Abstract
Social media has become a significant force in today's modern society, influencing several areas, including politics, education, the economy, and the spread of information. This study examines how social media platforms influence political discourse, focusing on the Makassar mayoral race. This study looks into how Twitter, a well-known social media site, encourages more user participation in communications related to the Makassar mayoral election. In light of the Makassar mayoral election, this study employs several approaches, including data collection, acquisition, consolidation, and analysis, to address topics that are becoming increasingly popular on social media. Election dynamics are examined using the naïve Bayes approach. To increase the accuracy and efficiency of text mining operations, especially in result validation, text clustering, and classification, the k-means algorithm and support vector machines (SVM) were used. A hybrid method is employed to combine the benefits of k-means, SVM, and naïve Bayes. This method seeks to thoroughly grasp how social media affects conversations about the mayoral race, offering insightful information to political scientists and practitioners. The research on the Makassar mayoral race explores the influence of social media on political communication, highlighting Twitter's influence and a hybrid algorithm for sentiment analysis. It indicates the importance of social media strategy in political campaigns, providing insights for decision-makers, parties, and the public and recommending future research in this dynamic field.
Other Latest Articles
- Optimizing energy production: superiority of feasible solution-moth flame optimization in IEEE 57-bus systems for optimal power flow
- Vehicle functionality and security optimization of autonomous vehicles utilizing EHO: a blockchain-based concept
- Gain and radiation pattern enhancement using ANN-based reflector antenna for full 5G Sub-6GHz applications
- Total harmonic distortion mitigation and voltage control using distribution static synchronous compensator and hybrid active power filter
- In Vitro Antibacterial Activity of Garcinia Kola Aqueous Stem Extract on Bacterial Isolated from Patient Visiting a Tertiary Health Facility in SouthSouth Nigeria |Biomedgrid
Last modified: 2024-06-04 23:14:51