<?xml version="1.0" encoding="UTF-8"?>
<record>
  <title>Component; Rough Set Theory, Gaussian Case Based Reasoning- clustering, Real Valued Genetic Algorithm, Support Vector Machine, Financial Stress Index, Value at Risk</title>
  <journal>International Journal of Information Studies </journal>
  <author>Mohamed El Ghourabi, Amira Dridi, Fedya Telmoudi</author>
  <volume>3</volume>
  <issue>2</issue>
  <year>2011</year>
  <doi></doi>
  <url></url>
  <abstract>Financial crises are perceived as shocking events, several researchers concentrated on the identification of stressed and stable periods in order to take strategic decisions on time. In this paper, a new hybrid approach is proposed to deal with the prediction of the Value at Risk (VaR). Based on financial variables from bank’s balance sheets as input data , this approach integrate Rough Set Theory (RST), Gaussian Case Based Reasoning- clustering (GCBR-Clustering), Real valued Genetic Algorithm (RGA) with Support Vector Machines (SVM) in order to classify stressed and non stressed periods and therefore determine the VaR . The RST-GCBR Clustering-RGASVM combination is justified by a high accuracy rate which reaches 96.551% in cluster 1and 100% in cluster 2.</abstract>
</record>
