Algorithm Bias and Interpretable AI

Artificial Intelligence (AI) or Machine Learning (ML) algorithms, in the past few years, have been widely implemented in various industrial applications. Sometimes, these ML algorithms exhibit significant bias, or referred as Algorithm Bias, to certain groups. By the definition, Algorithm Bias refers to the inequality brought by the application of algorithms regarding personal features like […]

Federated Learning for Facilitating Privacy Preserving Collaboration

Due to privacy and data confidentiality concerns, today’s insurance industry is rife with the protectionism of proprietary data, which has become a major roadblock that prevents the free flow of data and collaborations between data scientists and analysts. The inaccessibility of data across the boundaries of insurance firms or even business divisions within a corporation […]

Representation Learning for Insurance Products

The insurance industry has long known the importance of data, and the success of its business heavily relies on data collection and analysis. With the fast growth in computing power and the development of machine learning techniques, more and more variables/features are used in predictive analysis in various aspects of insurance, such as rate making, […]

Building an NLP-Powered Repository and Search Tool for Cyber Risk Literature Project

Since the time when cyber insurance was first introduced to the market, there has been a rapidly expanding volume of literature that focuses on other aspects of cyber risk, such as the legal and financial consequences of cyber incidents, and they are closely related to the development of the cyber insurance industry. With the large and […]

COUNTRY Financial Business Owner’s Policy (BOP) Loss Predictive Model

For the insurance industry, the potential to understand customers and businesses using new dimensions represented by social and other online data can unleash significant new insights from both customer behavior and risk perspective. These insights can drive insurance automation, underwriting efficiency, and enhanced customer experience. The objective of this project is to develop and optimize […]

Insurtech Innovation via Natural Language Processing (NLP) Project

For the insurance industry, the potential to understand customers and businesses using new dimensions represented by social and other online data can unleash significant new insights from both customer behavior and risk perspective. These insights can drive insurance automation, underwriting efficiency, and enhanced customer experience. The objective of this project is to develop NLP models […]

Smart Contract for Distributed Insurance Project

A smart contract is a set of codes that execute business logics for contractual agreement in financial transactions. Our University of Illinois team has designed various business models for catastrophe risk sharing.  In this project, students are expected to learn smart contract programming and build the first of its kind smart contract for distributed insurance. […]

Spatiotemporal Modeling on Foot Traffic Data to Unlock Auto Insurance Geo-risks

Foot traffic data is captured by various sources, such as smartphone APP, telematics devices in the vehicle, which can help insurance monitor policy holders’ behavior. It is beneficial for insurance companies to price the risk accurately and accelerate the underwriting process. On the other hand, policyholders are given incentives for good driving behavior. There are […]

Option-Implied indicators for market stress

TStock and index options are traded on the financial market and their prices  are determined by supply and demand. These prices are publicly available and are forward-looking: they contain information about the aggregate view of the market about the future dynamics of the financial market. The Volatility Index (VIX) is the market barometer for volatility and […]

Forward and backward preferences

Classical backward preferences of an investor are simply defined by a family of her value functions across states and times. Due to the backward nature, a terminal preference must be specified a priori. However, pre-specifying the future preference is actually unjustifiable in practice. To rectify this modeling drawback, a novel concept called forward preferences has […]