Maria Krambia‐Kapardis, Chris Christodoulou and Michalis Agathocleous
The purpose of the paper is to test the use of artificial neural networks (ANNs) as a tool in fraud detection.
Abstract
Purpose
The purpose of the paper is to test the use of artificial neural networks (ANNs) as a tool in fraud detection.
Design/methodology/approach
Following a review of the relevant literature on fraud detection by auditors, the authors developed a questionnaire which they distributed to auditors attending a fraud detection seminar. The questionnaire was then used to develop seven ANNs to test the usage of these models in fraud detection.
Findings
Utilizing exogenous and endogenous factors as input variables to ANNs and in developing seven different models, an average of 90 per cent accuracy was found in the fraud detection prediction model. It has, therefore, been demonstrated that ANNs can be used by auditors to identify fraud‐prone companies.
Originality/value
Whilst previous researchers have looked at empirical predictors of fraud, fraud risk assessment methods and mechanically fraud risk assessment methods, no other research has combined both exogenous and endogenous factors in developing ANNs to be used in fraud detection. Thus, auditors can use ANNs as complementary to other techniques at the planning stage of their audit to predict if a particular audit client is likely to have been victimized by a fraudster.