Object-structured model and algorithms of data validation for insurance accounting

The actual problem of development of models and algorithms for efficient data validation subsystem of insurance accounting is considered. For solution of the problem it is proposed to use based on the object-structured approach methodology of modeling of problem-oriented systems of processing accounting and analytical information, which is adapted to the characteristics of insurance accounting. A class of objects "Insurance checker" performing functions of format-logical control data of insurance document is described. The model of the subsystem and algorithms of data validation for insurance agreements and cases is developed. The proposed algorithms are based on checking the status of the life cycle of the insurance document. The subsystem, implemented on the base of the proposed model and algorithms, has been successfully tested in the preparation of historical data agreements CMTPL of insurance company. The results confirmed its effectiveness.