Book Image

Hands-On Artificial Intelligence for Banking

By : Jeffrey Ng, Subhash Shah
Book Image

Hands-On Artificial Intelligence for Banking

By: Jeffrey Ng, Subhash Shah

Overview of this book

Remodeling your outlook on banking begins with keeping up to date with the latest and most effective approaches, such as artificial intelligence (AI). Hands-On Artificial Intelligence for Banking is a practical guide that will help you advance in your career in the banking domain. The book will demonstrate AI implementation to make your banking services smoother, more cost-efficient, and accessible to clients, focusing on both the client- and server-side uses of AI. You’ll begin by understanding the importance of artificial intelligence, while also gaining insights into the recent AI revolution in the banking industry. Next, you’ll get hands-on machine learning experience, exploring how to use time series analysis and reinforcement learning to automate client procurements and banking and finance decisions. After this, you’ll progress to learning about mechanizing capital market decisions, using automated portfolio management systems and predicting the future of investment banking. In addition to this, you’ll explore concepts such as building personal wealth advisors and mass customization of client lifetime wealth. Finally, you’ll get to grips with some real-world AI considerations in the field of banking. By the end of this book, you’ll be equipped with the skills you need to navigate the finance domain by leveraging the power of AI.
Table of Contents (14 chapters)
1
Section 1: Quick Review of AI in the Finance Industry
3
Section 2: Machine Learning Algorithms and Hands-on Examples

Metrics of model performance

When we build an AI model, the most important aspect of the process is to define a way to measure the performance of a model. This enables the data scientist to decide how to improve and pick the best model.

In this section, we will learn about three common metrics that are commonly used in the industry to assess the performance of the AI model.

Metric 1 – ROC curve

The Receiver Operating Characteristic (ROC) metric measures how well the classifier performs its classification job versus a randomized classifier. The classifier that's used in this metric is a binary classifier. The binary classifier classifies the given set of data into two groups on the basis of a predefined classification rule.

This is linked to a situation where, say, we compare this model against flipping a fair coin to classify the company as being default or non-default, with heads indicating default and tails indicating non-default....