Predictive Finance: Leveraging Machine Learning to Anticipate Market Volatility in Emerging Economies
DOI:
https://doi.org/10.65579/31075037.0119Keywords:
Predictive finance; Machine learning; Market volatility forecasting; Emerging economies; Financial risk management; Artificial intelligence in finance; Time-series analysis; LSTM networks; GARCH comparison; Macroeconomic indicators; Algorithmic trading; Financial market instability.Abstract
Emerging macroeconomic economies have financial markets that are highly volatile, structurally ineffective, and are prone to global macroeconomic shocks. The nonlinear dependence and high frequency fluctuations of such markets are hard to model in the tradition econometric models. This paper discusses how machine learning can be used to forecast the volatility of the market in the emerging economies to improve the forecasting performance and promote the proactive decision-making in investment. The study combines historical prices, macroeconomic factors, trading volumes and sentiment-based variables to build predictive models using supervised learning algorithms, such as random forests, support vector machines, and Long Short-Term Memory (LSTM) networks. It is compared to the traditional volatility models like GARCH to analyze the performance improvements. The results reveal that machine learning models have a better predictive power, especially when it comes to abrupt volatility spikes that are caused by changes in policies, geopolitics and reversed capital flows. The significance of features analysis also suggests that the fact that there are indicators of macroeconomic instability and cross-market spillover effects is a crucial variable to the establishment of volatility patterns. The study also refers to the issues of data quality, model interpretability and overfitting in the new market environment. This paper builds upon the empirical evidence of the utility of advanced predictive analytics and, therefore, can be considered contributing to the growing list of literature at the intersection of finance and artificial intelligence. Their findings offer workable conclusions to institutional investors, portfolio managers and policymakers who require early warning mechanisms of financial instability. Lastly, machine learning-based volatility predictions can make risk management systems stronger and enable stronger financial systems in emerging economies.
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