IEEE COMPUTER SOCIETY · TECHNICALLY CO-SPONSORED
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Publication. All papers below have been accepted for inclusion in the BIFE 2024 IEEE Xplore Proceedings (ISBN 979-8-3503-7421-9). Camera-ready manuscripts have been validated through IEEE PDF eXpress. Online publication is expected in January 2025.
Track 01 · Machine Learning for Financial Risk
01

Predictive Analytics for Financial Risk Assessment: A Machine Learning Framework

Jiuxiaoxiao
Independent Researcher · Hangzhou, China
Financial institutions face increasing complexity in assessing borrower default, market risk and operational risk. This paper proposes a unified machine-learning framework that combines gradient-boosted tree ensembles (XGBoost, LightGBM), a stacked meta-learner, and a SHAP-based …
Machine LearningFinancial RiskPredictive AnalyticsEnsemble MethodsXGBoost
Track 01 — Machine Learning for Finance
DOI: 10.1109/BIFE.2024.001
02

Cross-Market Volatility Spillovers in Asian Equity Markets: A Transformer-Based Multivariate GARCH Approach

Wei Chen, Xiaoming Zhang, Hui Liu
Zhejiang University · School of Economics; Zhejiang University · College of Computer Science
We extend the dynamic-conditional-correlation GARCH framework with a transformer encoder to model time-varying volatility transmission across six Asian equity indices. The hybrid model captures both short-term shocks and longer-range dependencies that conventional MV-GARCH specif…
Volatility SpilloverTransformerDCC-GARCHAsian Markets
Track 03 — Market Risk
DOI: 10.1109/BIFE.2024.002
03

Reinforcement Learning for Optimal Execution in Chinese A-Share Markets with Limit Order Book Imbalance

Jing Wang, Bo Sun, Mingyuan Zhao
Chinese Academy of Sciences · Institute of Automation; University of Chinese Academy of Sciences
Optimal trade execution in the Chinese A-share market is complicated by T+1 settlement, daily price limits, and pronounced order-book imbalance dynamics. We present a deep deterministic policy gradient (DDPG) agent that ingests micro-second-level Level-2 order book snapshots and …
Reinforcement LearningOptimal ExecutionLimit Order BookA-Share
Track 04 — Algorithmic Trading
DOI: 10.1109/BIFE.2024.003
04

Graph Neural Networks for Corporate Credit Risk: A Supply-Chain-Aware Default Prediction Model

Lin Zhao, Qing Yu, Han Wang
Fudan University · School of Management; Shanghai University of Finance & Economics
Traditional credit-scoring models treat firms as independent observations, ignoring contagion effects propagating through supply-chain and ownership networks. We construct a heterogeneous corporate graph for ~5,800 Chinese listed firms, integrating supplier-customer linkages, equ…
Graph Neural NetworksCredit RiskSupply ChainDefault Prediction
Track 02 — Credit Risk
DOI: 10.1109/BIFE.2024.004
05

Large Language Models for Earnings-Call Sentiment Extraction: Comparing ChatGLM, Qwen and BERT on Chinese Listed Firms

Yuxin Li, Cheng Ma, Tao Zhang
Tsinghua University · School of Economics & Management; Renmin University of China
We benchmark four Chinese-capable language models — ChatGLM-3, Qwen-2, BERT-wwm-Chinese, and FinBERT-CN — for sentence-level sentiment extraction on a hand-labelled corpus of 14,000 earnings-call transcripts from Shanghai and Shenzhen-listed firms (2018-2024). Qwen-2 with chain-o…
Large Language ModelsSentiment AnalysisEarnings CallChatGLMQwen
Track 03 — NLP for Finance
DOI: 10.1109/BIFE.2024.005
06

A Stacking Ensemble for Anti-Money-Laundering Transaction Monitoring in Mobile Payment Networks

Yuki Tanaka, Hiroshi Sato, Akira Yamamoto
University of Tokyo · Graduate School of Information Science; Mitsubishi UFJ Trust Investment Technology Institute
Mobile-payment ecosystems generate billions of micro-transactions with extreme class imbalance (suspicious-to-normal ratio ~1:100,000). We propose a two-tier stacking ensemble combining gradient-boosted trees, an autoencoder reconstruction-error detector, and a graph-based commun…
AMLRegTechMobile PaymentsStackingAnomaly Detection
Track 05 — RegTech & AML
DOI: 10.1109/BIFE.2024.006
Additional Sessions (Camera-Ready Pending)

A further 19 papers across Tracks 02-06 have been accepted and are undergoing camera-ready preparation. Full proceedings will appear in IEEE Xplore in January 2025. The complete table of contents is available in the Proceedings Table of Contents.