Application of CNN-based financial risk identification and management convolutional neural networks in financial risk

The application of intelligent financial analysis model to the research of enterprise financial risk prediction can improve the adaptability of the model, effectively capture complex patterns and adapt to large-scale data, but there are some problems such as insufficient accuracy and low recall rate. In order to improve the effect of enterprise financial risk management, this research applies convolutional neural network to enterprise financial risk management, and proposes a binary classification prediction model of financial risk dilemma based on one-dimensional convolution and sparse attention mechanism. Then, combined with experimental research, this research verifies that the synergy of multiple modules enables the model proposed in this research to understand and classify the input data more comprehensively and accurately, and then achieve significant improvements in various indicators. Moreover, compared with the comparison model of a single module, it shows superior performance. After training, the accuracy of the model is 75.98% in the training set and 82.34% in the test set, which shows the ideal training results, and proves that the model has good generalization ability The model has the best performance in precision, recall and F1, which is due to the comprehensive use of CNN module, LSTM module, encoder module and AR module. After training, the accuracy of the model is 75.98% in the training set and 82.34% in the test set, which shows the ideal training results, and proves that the model has good generalization ability. The model has the best performance in precision, recall and F1, which is due to the comprehensive use of CNN module, LSTM module, encoder module and AR module. The experimental results show that the model proposed in this research can realize the accurate classification of binary classification prediction of financial risk dilemma, help enterprises to rationally allocate resources, control the government's unnecessary financial support to enterprises that are on the verge of bankruptcy and have no prospect, and prevent the loss of enterprises' assets.

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Publication Details

Journal
Systems and Soft Computing
Published
2025-03-04
DOI
https://doi.org/10.1016/j.sasc.2025.200215
Citations
9
Primary Topic
Insurance and Financial Risk Management
Type
article
Field-Weighted Citation Impact
28.18
Controls
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article

Application of CNN-based financial risk identification and management convolutional neural networks in financial risk

Zhen Wang
9 citations
Systems and Soft Computing
Insurance and Financial Risk Management
28.18
article

Application of CNN-based financial risk identification and management convolutional neural networks in financial risk

Zhen Wang
article en
9 citations

Abstract

The application of intelligent financial analysis model to the research of enterprise financial risk prediction can improve the adaptability of the model, effectively capture complex patterns and adapt to large-scale data, but there are some problems such as insufficient accuracy and low recall rate. In order to improve the effect of enterprise financial risk management, this research applies convolutional neural network to enterprise financial risk management, and proposes a binary classification prediction model of financial risk dilemma based on one-dimensional convolution and sparse attention mechanism. Then, combined with experimental research, this research verifies that the synergy of multiple modules enables the model proposed in this research to understand and classify the input data more comprehensively and accurately, and then achieve significant improvements in various indicators. Moreover, compared with the comparison model of a single module, it shows superior performance. After training, the accuracy of the model is 75.98% in the training set and 82.34% in the test set, which shows the ideal training results, and proves that the model has good generalization ability The model has the best performance in precision, recall and F1, which is due to the comprehensive use of CNN module, LSTM module, encoder module and AR module. After training, the accuracy of the model is 75.98% in the training set and 82.34% in the test set, which shows the ideal training results, and proves that the model has good generalization ability. The model has the best performance in precision, recall and F1, which is due to the comprehensive use of CNN module, LSTM module, encoder module and AR module. The experimental results show that the model proposed in this research can realize the accurate classification of binary classification prediction of financial risk dilemma, help enterprises to rationally allocate resources, control the government's unnecessary financial support to enterprises that are on the verge of bankruptcy and have no prospect, and prevent the loss of enterprises' assets.

Systems and Soft ComputingVol. 7
Southwest Jiaotong University (CN)
Openalex Percentile: Top 1%
Insurance and Financial Risk Management
28.18
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Application of CNN-based financial risk identification and management convolutional neural networks in financial risk — Zhen Wang · Systems and Soft Computing (2025) | TGRS Research Map | TGRS