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Contribution Details
Type | Master's Thesis |
Scope | Discipline-based scholarship |
Title | Incorporating Expert Judgement to Model Non-Maturing Deposits |
Other Titles | Predictive analytics applied to SNB deposit volume and rate data |
Organization Unit | |
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Language |
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Institution | University of Zurich |
Faculty | Faculty of Business, Economics and Informatics |
Number of Pages | 102 |
Date | 2018 |
Abstract Text | Non-maturing deposits (NMD) such as sight and saving accounts make up a significant percentage of a bank's balance sheet. The behavioural optionalities embedded into the NMD drive the uncertainty in the future cash ow arising from client deposit interest income and expenses. This highlights the importance to model the client deposit rate and client volume. The thesis shows that in order to model the client deposit rate and client volume in a regression framework the least absolute shrinkage and selection operator (LASSO) method which is frequently used in machine learning techniques should be considered. The LASSO method leads to a parsimonious model with a high degree of explanatory power and stability with little risk of overfitting. In the context of NMD various regulatory requirements demand from banks to incorporate expert judgement in their risk management processes. Therefore the banks are encouraged to combine expert judgement and quantitative models. Instead of simply combining forecasts this thesis will in addition discuss how quantitative models can be amended to include expert opinion. We conclude that simple regression methods are not outperformed when using methods based on standard artificial intelligence methods such as the Kalman filter. Without a history of expert judgement the Kalman filter contains as much ambiguity as the regression based methods and therefore does not provide more significance. For practitioners this means that regression based techniques are a safe choice when it comes to the incorporation of expert judgement into a quantitative model. |
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