Application of Adaptive Neurofuzzy Control in the Field of Credit Insurance

Author:

Ainatzoglou Konstantina K.1,Tairidis Georgios K.1ORCID,Stavroulakis Georgios E.1ORCID,Zopounidis Constantin K.2

Affiliation:

1. School of Production Engineering and Management, Technical University of Crete, Greece

2. School of Production Engineering and Management, Technical University of Crete, Greece & Audencia Business School, France

Abstract

Credit insurance is of vital importance for the trade sector and almost every related business. Moreover, every policy in credit insurance is tailor-made in order to suit in the best available way the unique needs and demands of the insured business. Thus, pricing of such service can be tricky for an insurance company. In the present chapter, this pricing problem in the field of credit insurance will be addressed through the use of intelligent control mechanisms. More specifically, a way of calculating the price of insurance policies that has to be paid by a prospective client of an insurance company will be suggested. The model will be created and implemented with the use of fuzzy logic, and more specifically, through the implementation of an adaptive neurofuzzy inference system. The training data that will be used for the tuning of the system will be derived from real anonymous insurance policies of the Greek insurance market.

Publisher

IGI Global

Reference18 articles.

1. Brkic, S., Hodzic, M., & Dzanic, E. (2017). Fuzzy Logic Model of Soft Data Analysis for Corporate Client Credit Risk Assessment in Commercial Banking. In Fifth Scientific Conference with International Participation “Economy of Integration” (MPRA Paper No. 83028). ICEI 2017.

2. Calibo, D.I., & Ballera, M.A. (2017). A Fuzzy Logic Model for Risk Analysis and Recommendation System of a Government Financial Granting Project. International Journal of Simulation Systems.

3. Underwriting and uncertainty

4. Fullér. (1995). Neural Fuzzy Systems, Lecture notes, Abo Akademi University.

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