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A Study in Understanding the Role of Key Measures in Applying Machine Learning Models for Effective Risk Management in Banking Industry with Focus on Private Banks in India

  • G. H. Kerinab Beenu,
  • S. Meena,
  • V. K. Ajay

摘要

When it comes to the management of risks, one of the most cutting-edge technologies that is now accessible is machine learning. It is possible that this will aid in the creation of more accurate risk models by drawing attention to small nonlinear patterns that occur within vast datasets. According to the existing body of knowledge, it is reasonable to anticipate that the predictive power will rise as more data are added to the equation. Because of the risk-based nature of the financial business, it is anticipated that machine learning will play a big role in the industry. The use of machine learning programmes is one strategy that financial institutions might utilise to improve their risk management procedures. In the last several years, the financial services industry has made significant investments in machine learning and artificial intelligence owing to the high expectations that these technologies would significantly improve the sector's analytical ability and significantly simplify its operations. The job description includes a variety of responsibilities, including underwriting, compliance, customer relations, and danger assessment. When analytics are utilised in a regulatory setting, however, it may be difficult for a supervisor or compliance team to understand the model that is being employed. As a direct consequence of this, compliance teams could have difficulties. Nonlinear analysis may be included into more straightforward machine learning approaches, which is an added advantage. The majority of companies that offer machine learning analytics for the financial industry use factor models, or they try to create a happy medium between the simplicity of conventional modelling and the power of AI. This is done so that their products and services can be more easily audited. It would seem that an appropriate algorithm may be developed to solve every issue that may arise in the modern world.