Aug 2026· Tạp chí Khoa học Đại học Công Thương· Vol 26, pp. 552· 0 citations· 29 references
TL;DR
This study forecasts the cash holdings (CASH) of listed companies in Vietnam based on data from 2018-2025 using a machine learning approach and identifies HistGradientBoosting as the optimal model, demonstrating strong non-linearity in liquidity management behavior in the Vietnamese market.
Abstract
This study forecasts the cash holdings (CASH) of listed companies in Vietnam based on data from 2018-2025 using a machine learning approach. Using panel data with 4,752 observations, the study compares seven algorithms and identifies HistGradientBoosting as the optimal model (R2 approx. 0.7145), far surpassing traditional linear regression (R2 approx. 0.28). This result demonstrates strong non-linearity in liquidity management behavior in the Vietnamese market. Using SHAP and Permutation Importance, the study successfully elucidates the underlying predictive mechanisms. The main drivers are net working capital (NWC) and the current ratio (CR). Notably, short-term debt (STD), interest expense (IE), and the World Uncertainty Index for Vietnam (WUIVN) consistently showed positive effects, strongly reinforcing the Precautionary Motive. The study also found a moderating effect of size, indicating that small businesses are more sensitive and vulnerable to systemic shocks. The application of machine learning models not only improves forecasting accuracy but also provides a transparent view of corporate financial strategies in an uncertain economic environment.
Early prediction of financial distress risk is important for providing timely warning signals to investors, creditors, and regulators. This study examines 91 Vietnamese listed industrial firms over the period 2015–2024 and compares a traditional Logistic Regression model with three machine learning algorithms: Random F...
Ha Thi Nguyen· Tạp chí Khoa học Đại học Côn...· 0 citations
Background: Increasing global shocks threaten corporate financial stability, particularly in emerging markets. This study measures uncertainty using the World Uncertainty Index (WUI), World Pandemic Uncertainty Index (WPUI), Climate Policy Uncertainty (CPU), and Economic Policy Uncertainty (EPU) across current, lag-1,...
B. Gautama, Rosmita Rasyid· Inkubis Jurnal Ekonomi dan B...· 0 citations
The results suggest that even with the SMOTE synthetic data, the noise in daily data makes it difficult to generate F1 scores comparable to bubble prediction using lower frequency data, and the tradeoff is between faster but noisier bubble detection and slower but more accurate bubble detection.
Alexei Bogoslavskiy· ITM Web of Conferences· 0 citations
This work model prepayment on French residential securitized mortgages observed quarterly from August 2020 through February 2022 and benchmark a single-hidden-layer neural network against logistic regression, deeper network architectures, Random Forest, and XGBoost, which proves the interaction and threshold effects th...
Adamaria Perrotta, Andrea Monaco, P. Giribone et al.· International Journal of Fin...· 0 citations
This study develops a machine-learning-enhanced framework for Free Cash Flow to Firm (FCFF) forecasting and intrinsic equity valuation in Nepal’s hydropower sector, where data scarcity and operational volatility limit static forecasting assumptions. Using panel data for 105 Nepalese hydropower companies covering 2010–2...
Saurav Nepal, Anish Khatiwada, Ishma Rai et al.· Apex Journal of Business and...· 0 citations
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