Q3 2023

Prediction of People Sentiments on Twitter using Machine Learning Classifiers During Russian Aggression in Ukraine

Mohammed Baker · Kamal Jihad · Yalmaz Taher
10.5455/jjcit.71-1676205770 407 المشاهدات 7 الاقتباسات
7
الاقتباسات
407
المشاهدات
الملخص

Social media has become an excellent way to discover people’s thoughts about various topics and situations. In recent years, many studies have focused on social media during crises, including natural disasters or wars caused by individuals. This study examines how people expressed their feelings on Twitter during the Russian aggression on Ukraine. This study met two goals: the collected data was unique, and it used Machine Learning (ML) to classify the tweets based on their effect on people’s feelings. The first goal was to find the most relevant hashtags about aggression to locate the data set. The second goal was to use several well-known ML models to organize the tweets into groups. The experimental results have shown that most of the performed ML classifiers have higher accuracy with a balanced dataset. However, the findings of the demonstrated experiments using data balancing strategies would not necessarily indicate that all classes would perform better. Therefore, it is essential to highlight the importance of comparing and contrasting the data balancing strategies employed in Sentiment Analysis (SA) and ML studies, including more classifiers and a more comprehensive range of use cases.

الاستشهاد بهذا المقال (APA)
Mohammed, B., Kamal, J., Yalmaz, T. (2023). Prediction of People Sentiments on Twitter using Machine Learning Classifiers During Russian Aggression in Ukraine. Jordanian Journal of Computers and Information Technology. https://doi.org/10.5455/jjcit.71-1676205770
أبحاث ذات صلة
EARLY PREDICTION OF CERVICAL CANCER USING MACHINE LEARNING TECHNIQUES
Mohammad Batah; Mazen Alzyoud; Raed Alazaidah; Malek Toubat; Haneen AlZoubi; Are · 2022
25
استشهاد
419
20
استشهاد
412
19
استشهاد
416
MULTI-LABEL RANKING METHOD BASED ON POSITIVE CLASS CORRELATIONS
Raed Alazaidah; Farzana Ahmad; Mohamad Mohsin; Fadi Thabtah; Wael AlZoubi · 2020
16
استشهاد
417
16
استشهاد
421
الوصول
عرض النص الكامل عبر DOI
نُشر في
الرقم الدولي ISSN 2413-9351
الربعية Q3
درجة المؤشر القياس العربي 73
التخصص Engineering & Technology
الناشر Princess Sumaya University for Tech
الدولة 🇯🇴 Jordan
عرض ملف المجلة →
المؤلفون
تفاصيل النشر
السنة 2023
اللغة English
أُضيف في 27 Jul 2026