Assessment of Credit Scoring Models Performance in Cameroon: A Contextual Empirical Analysis
Keywords:
contextual variables, Credit scoring, logit, NN and SVM models., probit
Abstract
This paper analyses the performance of default risk prediction models in Cameroon. To do this, we first identify the predictive variables specific to the context. We then test commonly used scoring models on a sample of 448,364 credit files granted between 2003 and 2024. The results show that contextual variables such as job stability have a negative influence on the probability of default for borrowers working in the public sector, and a positive influence on that of employees in the formal and informal private sectors, as well as self-employed workers. In addition, all the models tested perform better in the presence of contextual variables. However, the logit model has better predictive power on the total number of correctly predictedcases. Indeed, it has an average correct classification rate of 90.80%, which is 4.83, 5.68 and 5.85percentage points above the probit, the NN and the SVM models respectively. On the other hand, the probit model performs better than the logit model in terms of ROC-AUC and F-score metrics. Finally, the NN and SVM models exhibit better ROC-AUC, sensitivity, and type II error rates if compared to those of the logit and probit models; yet, their performances are significantly lower than those of both the logit and probit models as shown by the terms of specificity, type I error, and F-score metrics.
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References
H. A. Abdou, J. Pointon (2011) Credit scoring, statistical techniques and evaluation criteria: a review of the literature. 59-88.
H. A. Abdou, M. D. D. Tsafack, C. G. Ntim, R. D. Baker (2016) Predicting creditworthiness in retail banking with limited scoring data. 89-103.
G. A. Akerlof (1970) The market for "lemons" : quality uncertainty and the market mechanism. 488-500.
F. Allen, A. M. Santomero (1997) The Theory of Financial Intermediation.
B. Baesens (2003) Benchmarking state-of-the-art classification algorithms for credit scoring. (54), 627-635.
BEAC (2025) Evolution of debit rates applied by credit institutions in the 4th quarter of 2024.
T. Bellotti, J. Crook (2009) Credit scoring with macroeconomic variables using. 1699-1707.
K. Borch (1967) The theory of risk. 432-467.
K. Brown, P. Moles (2008) Credit risk management.
S. G. Castellanos (2025) Contract Terms, Employment Shocks, and Default in Credit Cards. https://doi.org/10.1093/restud/rdaf079
X. Dastile, T. Celik, M. Potsane (2020) Statistical and machine learning models in credit scoring: A systematic literature survey. 91.
X. Dastile, T. Celik, M. Potsane (2020) Statistical and machine learning models in credit scoring: A systematic literature survey. 91(106263), 1-21.
V. Dedu, R. Nechif (2010) Banking Risk Management in the Light of Basel II. 17(2), 111-122.
D. W. Diamond (1984) Financial Intermediation and Delegated Monitoring. 393-414.
E. Dumitrescu, S. Hué, C. Hurlin, S. Tokpavi (2021) Machine Learning or Econometrics for Credit Scoring: Let's Get the Best of Both Worlds.
V. Giannopoulos (2018) The Effectiveness of Artificial Credit Scoring Models in Predicting NPLs. 7(4), 1-5.
V. Giannopoulos (2018) The Effectiveness of Artificial Credit Scoring Models in Predicting NPLs using Micro Accounting Data. 7(4).
W. Greene (1998) Sample selection in credit-scoring models. 10, 299-316.
H. v. Greuning, S. B. Bratanovic (2004) Analysing and Managing Banking Risk: A Framework for Assessing Corporate Governance and Financial Risk.
C. Hurlin, C. Pérignon (2019) Machine learning and new data sources for credit scoring. 3(135), 21-50.
Y.-C. Hu, J. Ansell (2007) Measuring retail company performance using credit scoring techniques. 183, 1595-1606.
H. Ince, B. Aktan (2009) A comparison of data mining techniques for credits coring in banking: A managerial perspective. 233-240.
M. C. Jensen, W. H. Meckling (1976) Theory of the firm: managerial behavior, agency costs and ownership structure. 305-360.
M. Keita (2015) Introduction à l'économétrie.
T.-S. Lee, I.-F. Chen (2005) A two-stage hybrid credit scoring model using artificial neural networks and multivariate adaptive regression splines. 743-752.
T. Le, D. Tran, W. Ma, D. Sharma (2012) A Unified Model for Support Vector Machine and Support Vector Data Description.
M. Lin, J. Chen (2023) Research on Credit Big Data Algorithm Based on Logistic Regression. 228, 511-518.
F. Louzada, A. Ara, G. B. Fernandes (2016) Classification methods applied to credit scoring: Systematic review and overall comparison.
A. Markov, Z. Seleznyova, V. Lapshin (2022) Credit scoring methods: Latest trends and points to consider. 8, 180-201.
H. M. Markowitz (1991) Foundations of portfolio theory. 469-477.
P. C. Mbama, M. T. Nya, B. Bekolo (2023) Asymmetric financial support and risk of non-repayment of bank loans: An analysis in the CEMAC context... 13(4), 8-17.
J. H. Min, Y.-C. Lee (2008) A practical approach to credit scoring. 35, 1762-1770.
J. H. Min, Y.-C. Lee (2022) Credit scoring methods: Latest trends and points to consider. 8, 180-201.
G. Mwinkume, C. Nandakumar, E. Aidoo, K. K. Raj (2025) Comparative performance of survey-weighted multinomial logit and probit models in analyzing apprenticeship choice data from Ghana. 29, 1-15.
R. M. Oliver (2013) Financial performance measures in credit scoring. 1, 169-185.
J.-M. Plane (2015) Contingency theories. 73-98.
H. A. Simon (1964) Theories of bounded rationality. 66, 1-22.
J. E. Stiglitz, A. Weiss (1981) Credit Rationing in Markets with Imperfect Information. 71(3), 393-410.
Y. Ullmo (1988) Intermédiation intermédiaires financiers et marché. 639-654.
D. Wang, Z. Zhang, R. Bae, Y. Mao (2018) A hybrid system with filter approach and multiple population genetic algorithm for feature selection in credit scoring. 329, 307-321.
T. Xu, M. Qu (2024) Novel embedding model predicting the credit card's default using neural network optimized by harmony search algorithm and vortex search algorithm. 10, 1-23.
Z. Ying, A. G. Bellotti, J. L. Breeden, D. Towey (2025) Metamorphic Testing and exploration for Machine Learning credit score models. 188, 1-15.
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2026-06-30
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