TITLE:
A Short Review of Classification Algorithms Accuracy for Data Prediction in Data Mining Applications
AUTHORS:
Ibrahim Ba’abbad, Thamer Althubiti, Abdulmohsen Alharbi, Khalid Alfarsi, Saim Rasheed
KEYWORDS:
Data Prediction Techniques, Accuracy, Classification Algorithms, Data Mining Applications
JOURNAL NAME:
Journal of Data Analysis and Information Processing,
Vol.9 No.3,
August
18,
2021
ABSTRACT: Many business applications rely on their historical data to predict their business future. The marketing products process is one of the core processes for the business. Customer needs give a useful piece of information that helpsto market the appropriate products at the appropriate time. Moreover, services are considered recently as products. The development of education and health services isdepending on historical data. For the more, reducing online social media networks problems and crimes need a significant source of information. Data analysts need to use an efficient classification algorithm to predict the future of such businesses. However, dealing with a huge quantity of data requires great time to process. Data mining involves many useful techniques that are used to predict statistical data in a variety of business applications. The classification technique is one of the most widely used with a variety of algorithms. In this paper, various classification algorithms are revised in terms of accuracy in different areas of data mining applications. A comprehensive analysis is made after delegated reading of 20 papers in the literature. This paper aims to help data analysts to choose the most suitable classification algorithm for different business applications including business in general, online social media networks, agriculture, health, and education. Results show FFBPN is the most accurate algorithm in the business domain. The Random Forest algorithm is the most accurate in classifying online social networks (OSN) activities. Naïve Bayes algorithm is the most accurate to classify agriculture datasets. OneR is the most accurate algorithm to classify instances within the health domain. The C4.5 Decision Tree algorithm is the most accurate to classify students’ records to predict degree completion time.