This project investigates new applications in the fintech sector that involve the use of AI and machine learning techniques to process large amounts of structured and unstructured data to support decision making. Priority will be given to new applications that address the challenges arising from the adoption of ESG (Environment, Social, and Governance) regulations and guidelines worldwide.
The fintech revolution refers to the application of many new concepts and ideas that are reshaping the financial industry such as technology-driven transformation (e.g., banking value networks), increased automation (e.g., algorithmic trading, robotic advice), emerging digital and virtual financial markets (e.g., virtual currencies, crowdfunding) and big data analytics (e.g., novel analytics approaches to risk modelling). In this project, we're specifically focusing on how AI and machine learning techniques are creating opportunities to rethink the way enterprises are making decisions based on processing large amounts of data using AI and machine learning techniques.
In particular, existing decision making and information management practices tend to be qualitative and have shown many limitations when confronted with some new challenges such as those arising from the adoption of ESG (Environment, Social, and Governance) regulations and guidelines worldwide, leading to high costs and inaccuracies. This project will explore many opportunities to exploit the power of AI and big data analytics to address these challenges and create new ways to support new and emerging fintech applications. In particular, the area of ESG is forcing many companies to investigate adequate information processing infrastructures that can assist them in supporting their ESG goals and meeting their compliance requirements.
This project will bring innovation by integrating many established analytics techniques for example:
Text processing and information mining from enterprise and public repositories.
Event analytics and event processing technologies.
Real-time machine learning processing that includes IoT data.
As a case study, this research project will aim at supporting organisations in meeting their ESG goals from a quantitative rather than a qualitative perspective.
Fethi Rabhi (Lead - UNSW CSE), Eric Lim (UNSW SISTM) Mingqin Yu (UNSW CSE), Alan Hsiao (Cognitivo), Bhusan Oza (UNSW CSE), Ramiro Rojas (UNSW SISTM), Hirad Rezaei (UNSW CSE)