Evaluation of insolvency in mutual credit unions by application of the data mining using decision trees approach
Author(s) -
Cristina Isabel,
Roberto Pereira Leite Antonio de Albuquerque,
Isotani Sadao,
Marcio Toesca Gimenes Regio,
Heitor Moreira Willian,
Odair Alberton,
Araujo Menezes Emilio
Publication year - 2015
Publication title -
african journal of agricultural research
Language(s) - English
Resource type - Journals
ISSN - 1991-637X
DOI - 10.5897/ajar2015.9883
Subject(s) - insolvency , c4.5 algorithm , decision tree , decision tree learning , actuarial science , computer science , capital (architecture) , generalization , business , data mining , operations management , finance , mathematics , economics , artificial intelligence , support vector machine , geography , mathematical analysis , archaeology , naive bayes classifier
This study aimed to present an evaluation of the insolvency of mutual credit unions in the Parana State (Brazil) by application of the data mining using decision trees approach. The information required to build the models were obtained from indicators applied to a sample of 62 mutual credit unions from which 31 are solvent and 31 are insolvent. The selection of indicators was made based on the PEARLS system, whose efficacy refers to the World Council of Credit Unions (WOCCU). The decision trees were built by training the J48, ADTree and LADTree algorithms. After the analysis of results, the best performance was observed for the ADTree algorithm. According to the Kappa statistics, its acceptance level was excellent. In addition to the evaluation of performance of the decision trees, the paths with the highest confidence levels for assessing insolvency was identified by the A3 indicator (Net Institutional and Transitory Capital + Non-Interest-bearing Liabilities/ Non-earning Assets) (u003e 0.052), this value indicate that the cooperative is solvent. The confidence level was set at 1.953 and the path is represented on the second node of the tree. Key words: Insolvency, credit unions, data mining, decision trees.
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