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Review

ENHANCING SOCIAL MEDIA AD CAMPAIGNS THROUGH ENSEMBLE-BASED OPTIMIZATION

By
Safiye Turgay Orcid logo ,
Safiye Turgay

Sakarya University , Adapazarı , Turkey

Mustafa Kavacık Orcid logo ,
Mustafa Kavacık

Necmettin Erbakan University , Konya , Turkey

Yunus Emre Torkul Orcid logo ,
Yunus Emre Torkul

Sakarya University , Adapazarı , Turkey

Muhammed Sercan Şahin Orcid logo ,
Muhammed Sercan Şahin

Sakarya University , Adapazarı , Turkey

Rabia Ayşe Güzel Orcid logo
Rabia Ayşe Güzel

Sakarya University , Adapazarı , Turkey

Abstract

The focus of this paper is to analyze the use of ensemble-based optimization for improvement of social media ad campaigns. The procedure of using more than one machine learning model yield very high possibilities in predictive accuracy, accuracy in targeting and most importantly in the issue of budgeting. Random Forest, Gradient Boosting & Stacking allow the advertisers to estimate the users’ behavior better – CTR, & fight Ad Fraud in a more effective manner. The paper supports the finding by providing three real-life use cases which illustrate The study provides examples for real-time bidding, audience segmentation, as well as sentiment analysis where the proposed approach outcompeted the baseline in terms of performance. It turns out that the use of ensemble learning in social media marketing can be helpful in more effective ad spend distribution, increasing the rates of engagement, and, as a result, the probability of successful campaigns will be higher.

References

1.
Adekoya O, Aneiba A. A stochastic computational graph with ensemble learning model for solving controller placement problem in software-defined wide area networks. Journal of Network and Computer Applications. 2024;225:103869.
2.
Akkaya E, Turgay S. Unveiling the Power: A Comparative Analysis of Data Mining Tools through Decision Tree Classification on the Bank Marketing Dataset. WSEAS TRANSACTIONS ON COMPUTERS. 2024;23:95–105.
3.
Alparslan H, Turgay S, Yilmaz R. Utilizing Logistic Regression for Analyzing Customer Behavior in an E-Retail Company. Financial Engineering. 2024;2:116–25.
4.
Alzoubi S, Abualigah L, Sharaf M, Daoud MS, Khodadadi N. Synergistic Swarm Optimization Algorithm. Computer Modeling in Engineering & Sciences (CMES. 2024;139(3).
5.
Ayvaz D, Aydoğan R, Akçura MT, Şensoy M. Campaign participation prediction with deep learning. Electronic Commerce Research and Applications. 2021;48:101058 10 1016 2021 101058.

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