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论文类型： 期刊论文

第一作者： Abedin, Mohammad Zoynul

通讯作者： Abedin, MZ (reprint author), Dalian Maritime Univ, Collaborat Innovat Ctr Transport Studies, Sch Maritime Econ & Management, Dalian 116026, Peoples R China.

合写作者： Guotai, Chi,Fahmida-E-Moula,Azad, A. S. M. Sohel,Khan, Mohammed Shamim Uddin

发表时间： 2019-01-01

发表刊物： INTERNATIONAL JOURNAL OF FINANCE & ECONOMICS

收录刊物： SCIE、SSCI、Scopus

卷号： 24

期号： 1

页面范围： 474-507

ISSN号： 1076-9307

关键字： bankruptcy predictions; credit scoring; financial decision support systems; multilayer perceptrons; statistical intelligence; support vector machines; topological applications

摘要： The heart of this study is particularly on risk assessment of financial decision support systems (FDSSs), to advance the model performance and improve classification accuracy. To conquer the downsides of the classical models, statistical intelligence (SI) technologies, for example, multilayer perceptrons (MLPs) and support vector machines (SVMs), have been deliberated in FDSS applications. Recently, the prestigiousness of SI approaches has been confronted by the latest prediction learners. Therefore, to ensure the competitive performance of SI mechanisms, the current investigation scrutinizes the topological applications of MLPs and SVMs over eight different databases with equivalent combinations in credit scoring and bankruptcy predictions example sets. The experimental results reveal that MLP5-5 and MLP4-4, that is, the sigmoid activation function with five and four hidden layers, are the feasible topologies for the MLP algorithm, and on all databases in all performance criterions, SVM trained with the linear kernel function (SVM-1) achieves better prediction results. From the "Baseline" family, random forest learner brings significant improvements in financial decisions. Lastly, FDSSs are found to be correlated with the nature of databases and the performance criterions of the trained algorithms. The results of this study, however, have practical and managerial implications to make a range of financial and nonfinancial strategies. With these contributions, therefore, our study not only supplements earlier evidence but also enhances the predictive performance of SI algorithms for financial decision support applications.