AN OVERVIEW OF TRENDS AND TECHNIQUES IN PREDICTIVE ANALYTICS

Authors

  • Naga Sujana Kakumanu Research Scholar, Department of GSBH, GUAM (Deemed to be University), Hyderabad Campus
  • Dr. P. Sridhar Assistant Professor, Department of GSBH, GUAM (Deemed to be University), Hyderabad Campus
  • Bhargavi Mullapudi Research Scholar, Department of GSBH, GUAM (Deemed to be University), Hyderabad Campus

Keywords:

Predictive Analysis, Methodologies, Applications

Abstract

The term "predictive analytics" refers to statistical and analytical methods. This phrase was created using statistics, machine learning, database methods, and optimization techniques. Its roots may be traced all the way back to classical statistics. It creates forecasts using both current and historical data. Predictive analytics algorithms may be used to predict unpredictable behavior and future occurrences. To assign a score, predictive analytics approaches will be employed. A larger number suggests a greater chance of an event occurring, whereas a lower number indicates a lower chance. These frameworks tackle a range of commercial and scientific problems by analyzing historical and transactional data trends. These models assist in identifying the risks and opportunities faced by each customer, employee, or management in a business. As interest in decision-support solutions has grown, predictive analytics models have risen to the top. In this article, we'll go through the methodology, techniques, and applications of predictive analytics.

Downloads

Download data is not yet available.

References

Eric Siegel, 2016, “ Predictive Analytics” , John Willey and Sons Ltd

M Schiff, 2012, “ BI Experts; Why Predictive Analytics Will Continue to Grow” , The Data Warehouse Institute.

V Dhar, 2001, “ Predictions in Financial Markets; The Case of Small Disjuncts” , ACM Transaction on Intelligent Systems and Technology, Vol-2, Issue-3.

J Feblowitz, 2013, “ Analytics in Oil and Gas: The Big Deal About Big Data” , Proceeding of SPE Digital Energy Conference, Texas, USA.

G H Kim, S Trimi, J-H Chung, 2014, “ Big-data applications in the government sector” ,Communications of the ACM, Vol-57, Issue-3, Pages-78-85.

J S Armstrong, 2012, “ Illusions in regression analysis” , International Journal of Forecasting, Vol-28, Issue-3, Pages-689-694.

Peter M Lee, 2012, “ Bayesian Statistics: An Introduction, 4th Edition” , John Willey and Sons Ltd

Ben Hur et al, 2001, “ Support Vector Clustering” , Journal of Machine Learning Research, Vol-2,Pagesl25-137.

J Lin, E Keogh, S Lonardi, C Chiu, 2003, “ A symbolic representation of time series, with implications for streaming algorithms” , Proceedings of the 8th ACM SIGMOD workshop on research issues in data mining and knowledge discovery, Pages-2-11.

H Abdi, L J Williams, 2010, “ Principal component analysis” , WIREs: Computational Statistics, Vol-2, Issue-4, Pages-433-459.

K Das, GS Vidyashankar, 2006, “ Competitive Advantage in Retail Through Analytics: Developing Insights, Creating Values” , Information Management.

N Conz, 2008, “ Insurers Shift to Customer-Focused Predictive Analytics Technologies” , Insurance & Technology.

J Feblowitz, 2013, “ Analytics in Oil and Gas: The Big Deal About Big Data” , Proceeding of SPE Digital Energy Conference, Texas, USA.

G FI Kim, S Trimi, J-H Chung, 2014, “ Big-data applications in the government sector” ,Communications of the ACM, Vol-57, Issue-3, Pages-78-85.

Downloads

Published

2022-12-31

How to Cite

Sujana Kakumanu, N. ., Sridhar, D. P. ., & Mullapudi, B. (2022). AN OVERVIEW OF TRENDS AND TECHNIQUES IN PREDICTIVE ANALYTICS. The Journal of Contemporary Issues in Business and Government, 28(4), 952–959. Retrieved from https://cibgp.com/au/index.php/1323-6903/article/view/2621