Transforming Business Analytics: The Impact of Machine Learning on Performance Prediction in US financial sectors
Keywords:
Machine Learning, Business Analytics, Performance Prediction, Implementation, Awareness, ChallengesAbstract
This paper explores the disruptive nature of Machine Learning (ML) within the domain of performance prediction within the U.S. financial industry to understand the main factors that impact or restrict successful adoption of ML. It explores the nature, of awareness, implementation, challenges, and demographics in determining the effectiveness of ML in business analytics. The study used a quantitative research pattern, and a structured questionnaire was availed to 350 professional individuals who arched into the fields of finance, retail, technology, healthcare, and manufacturing. The 5-point Likert scale was used in measuring the four dimensions which are awareness, implementation, impact as well as challenges. The analysis of data was achieved by use of descriptive statistics, reliability (Cronbach alpha=0.87), inferential tests (t-tests, ANOVA), and multiple regression to determine some predictive relationship. The findings showed that ML awareness level was high (mean >4.0), and the performance prediction enhanced strongly especially on the areas of forecasting accuracy (mean=4.18) and strategic planning (mean=4.25). Nonetheless, training support by the organization (mean=3.90) as well as data quality (mean=3.80) were identified to be a gap. The influence of ML was more positive according to the technical workers (p<0.001) than jobs in other fields, and the technology/IT industry was ahead of others in terms of maturity in adoption. Successful Predictors The predictors of success were implementation (0.426) and awareness (0.354), whereas preventing impediments such as shortage of skills (mean = 4.20) and lacking interpretability (mean=4.10) proved challenging. This paper would help with a sector-specific examination of ML in financial analytics that would help create a linkage between theoretical capabilities and implementation strategies. It also combines demographic and organizational variables in an exclusive way to suggest specific approaches to solving the adoption barriers. The results contribute to the discussion about explainable AI and data governance, and they provide practical recommendations to financial institutions to benefit from ML in avoiding to cause ethical and operational risks.
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