Logo Lanfrica
  • Home
  • Atlas
  • Insights
  • Docs
  • Sign in

© 2026 Lanfrica. All rights reserved. All copyrights of the resources shown on the Lanfrica website belong to the original copyright holders, unless explicitly stated otherwise.

Risk Management in Using Artificial Neural Networks

Domain:

socioeconomic

Record type:

paper
Creator:
MohOum
Publisher:
Aca
Host:
The article examines risks faced by banks during their lending processes and the mechanisms for managing these risks, utilizing modern statistical methods. Specifically, the study focused on the artificial neural network model as a technique of artificial intelligence that has successfully applied various classifications and discrimination tasks among institutions. A random sample of 46 institutions obtained loans from the branches of the National Bank of Algeria (BNA), Local Development Bank (BDL), Popular Credit of Algeria (CPA), and Agricultural and Rural Development Bank (BADR) in El Bayadh province, Algeria. Each of these institutions was characterized by 14 measurable variables with numerical values derived from the financial statements (balance sheets and income statements), as well as 3 qualitative non-accounting variables extracted from the loan applicants’ files (age of the institution, sector of activity (services/productive), institution status (viable/struggling). The sample of these 46 institutions was initially divided into two groups: 64% comprised financially stable institutions, and the other 36% were struggling institutions. The research checks whether the risk assessment of each of these 46 institutions using artificial neural networks will identify their institution status (viable/struggling) in the same way as it was in the base sample. The training phase recorded a prediction error rate of 0%, and the network testing phase misclassification rate was 5.6%. The overall correct classification rate for the multilayer artificial neural network was 92.9%, with a total error rate of 7.1%. The contribution rate of the non-accounting variable “sector of activity” was 100%, and the variable “age of the institution” was 94.4%. Other variables had minor percentages, underscoring the importance of qualitative variables in the classification process. Thus, the study proved that artificial neural network model is an effective model for distinguishing between viable and struggling institutions, significantly contributing to banking risk management.

Visit

doi.org

Tasks

text classification

Similar

Discrimination Of Seismic Signals Using Artificial Neural NetworksPhotovoltaic output power forecast using artificial neural networksMonsoon rainfall forecasting in Sri Lanka using artificial neural networksPrediction of paste backfill performance using artificial neural networksModelling Cost-Risk Impact on Nigerian Highway Projects Using Multiple Linear Regression and Artificial Neural NetworksEnergy analysis of poultry housing in Ghana using artificial neural networks

Discrimination Of Seismic Signals Using Artificial Neural Networks

The automatic discrimination of seismic signals is an important practical goal for earth-science obs

Photovoltaic output power forecast using artificial neural networks

International audience This article presents a method for predicting the power provid

Monsoon rainfall forecasting in Sri Lanka using artificial neural networks

Prediction of paste backfill performance using artificial neural networks

Increasing regulations and social expectations of mines to minimize environmental impacts whilst ens

Modelling Cost-Risk Impact on Nigerian Highway Projects Using Multiple Linear Regression and Artificial Neural Networks

Cost predictive models for highway projects are relatively scarce in developing countries, despite t

Energy analysis of poultry housing in Ghana using artificial neural networks