Application of Multidimensional Analysis to the Activity of Credit Unions
Articles
Vytautas Kėdaitis
Vilnius University, Lithuania
Evaldas Žilinskas
AB DNB Bankas
Published 2013-12-20
https://doi.org/10.15388/LJS.2013.13926
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Keywords

credit unions
classification trees
artificial neural networks
riskiness
estimation

How to Cite

Kėdaitis V. and Žilinskas E. (2013) “Application of Multidimensional Analysis to the Activity of Credit Unions”, Lithuanian Journal of Statistics, 52(1), pp. 72-86. doi: 10.15388/LJS.2013.13926.

Abstract

The main purpose of this paper is to develop models that would name risky credit unions, in other words, credit unions, which are most likely at risk of bankruptcy.
The work consists of two main parts: the analysis of literature and the research, and its results and conclusions.
When the survey of the literature was carried out, the authors made financial indicator sets which were used for classification of the credit unions into the risk groups. Bankruptcy cases in Lithuania were insufficient so the authors suggested two ways to measure credit unions’ riskiness. Based on good classification results of the surveyed researchers the authors have chosen decision trees and artificial neural network methods to solve a classification problem. Decision trees were formed using CART, CHAID and exhaustive CHAID analysis. With these methods applied, some research was carried out using distinct financial indicator sets and different credit union classification in risk groups. The performed research revealed that the most significant financial indicators classifying risky credit unions were net profit and share capital ratio, capital and asset ratio, income and capital ratio, also share capital and asset ratio, net profit and average asset ratio, loans and capital ratio. The best classification accuracy was achieved by using artificial neural networks. With different classification of credit union riskiness, the most important financial indicator was interest paid on deposits and average market interest rate ratio. The best classification accuracy was achieved by decision tree made by CART
analysis.
The authors believe that the results of the study could provide credit union members (or potential members) with useful guidelines regarding credit unions which they should avoid and which not. Moreover, this information could be useful for supervisors.

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