Conditional Generative Modeling for Enhanced Credit Risk Management in Supply Chain Finance
Qingkai Zhang, L. Jeff Hong, Houmin Yan

TL;DR
This paper introduces a novel framework using conditional generative models to improve credit risk assessment and loan sizing in supply chain finance for cross-border e-commerce, leveraging sales data and risk measures.
Contribution
It develops a unified, theoretically supported framework combining QRGMM and DeepFM for enhanced risk estimation and loan decision-making in supply chain finance.
Findings
Model accurately estimates multiple risk measures.
Framework effectively determines optimal loan sizes.
Experimental results validate model performance on real data.
Abstract
The rapid expansion of cross-border e-commerce (CBEC) has created significant opportunities for small- and medium-sized sellers, yet financing remains a critical challenge due to their limited credit histories. Third-party logistics (3PL)-led supply chain finance (SCF) has emerged as a promising solution, leveraging in-transit inventory as collateral. We propose an advanced credit risk management framework tailored for 3PL-led SCF, addressing the dual challenges of credit risk assessment and loan size determination. Specifically, we leverage conditional generative modeling of sales distributions through Quantile-Regression-based Generative Metamodeling (QRGMM) as the foundation for risk measures estimation. We propose a unified framework that enables flexible estimation of multiple risk measures while introducing a functional risk measure formulation that systematically captures the…
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Taxonomy
TopicsModeling, Simulation, and Optimization · Scheduling and Optimization Algorithms · Financial Distress and Bankruptcy Prediction
