Method and device for integrating, reusing and representing data of relationships

Abstract

The invention discloses a method and a device for integrating, reusing and representing data of relationships. The method includes extracting and converting the data of the relationships according to extraction and conversion rules; creating a unique fixed representation structural unit for each relevant party; processing extracted and converted data of the relationships, and comparing priority of the to-be-processed data to priority of existing data according to priority rules when the existing data are available in corresponding attributes of the fixed representation structural units of the relevant parties; abandoning the to-be-processed data without setting the fixed representation structural units if the priority of the existing data is higher than the priority of the to-be-processed data; abandoning the existing data if the priority of the to-be-processed data is higher than the priority of the existing data, and setting corresponding attributes of the fixed representation structural units according to data reusing schemes corresponding to categories of the relationships of the relevant parties. Each fixed representation structural unit contains the maximum possible relevant parties of a principal relevant party by means of specifying the corresponding relevant parties in the corresponding relationships with the principal relevant party. The method and the device have the advantages that all the possible various coexisting relationships can be represented by a fixed representation structure, so that waste of storage spaces can be reduced, and the retrieval and analysis efficiency can be improved.

Description

technical field [0001] The invention belongs to the field of computer information processing, and in particular relates to a method and device for kinship relationship data integration and multiplexing representation. Background technique [0002] Kinship can generally be divided into several types, such as consanguineous relationship, marriage relationship, adoption relationship, fostering relationship, etc. Each type of kinship relationship can be divided into several categories of kinship relationship, such as biological father, biological mother, and biological relationship in blood relationship. children etc. For consanguineous relationship (together with in-law relationship), adoption relationship, and fostering relationship, the invention patent application for a basic kinship relationship information representation method and device, a adoption relationship information representation method and device, and a parenting relationship information representation method an...

AI Technical Summary

Problems solved by technology

A more typical situation is that the parenting relationship can coexist with the previous blood relationship and adoption relationship. This situation is only based on a fixed representation structure in the original representation method (sometimes an attribute describing the data reuse scheme is added) It is difficult to meet the need to express this kind of coexistence relationship. In an example seen in the media recently, a person is adopted first, then the adoptive parents divorce, and a new foster relationship is formed. The foster relationship and the adoptive relationship can coexist. There is an original consanguineous relationship expressed according to the needs (as mentioned above, the legal exclusion is sometimes required in reality). At this time, three kinds of kinship are involved, which are only based on some of the original expression methods. A fixed representation structure (sometimes with an attribute describing the data reuse scheme) is even more unable to meet the needs of expressing this coexistence relationship.

At this time, if a corresponding fixed representation structure unit is created for each participating kinship relationship of the related persons participating in such a kinship relationship, it is obviously a waste of storage space, and it also increases the difficulty of retrieval and analysis, because these different types of kinship relationships The data is at least placed in different tables, and may even be placed in different databases

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