Big data fitting-based method and system for monitoring refractive growth of teenagers

Abstract

The invention provides a big data fitting-based method and system for monitoring refractive growth of teenagers. The method comprises the steps of S1, building a big data model of a multi-factor dynamic refractive value; and S2, fitting out a dynamic refractive value of a tester by utilizing the big data model of the multi-factor dynamic refractive value in combination with basic information of the tester according to a naked eye vision detection value of the tester, obtaining reasons of poor vision of the tester, and if the tester needs to be subjected to deep refractive growth monitoring, fitting out a static refractive value of the tester by utilizing the big data model and performing long-term monitoring. By adopting the method and the system, the dynamic refractive value of the tester can be fitted out only by collecting the naked eye vision and the basic information of the tester, and the monitoring mode is simple; and for people needed to be subjected to refractive growth monitoring, the static refractive value of the tester can be fitted out only by detecting dynamic refraction, an adjustment range and various parameters of the biological structure of the eyes of the tester, without use of medicinal liquid for ophthalmoplegia, and the monitoring mode is simple.

Description

Technical field [0001] The invention relates to the field of monitoring the refractive development of adolescent eyes, in particular to a method and system for monitoring the refractive development of adolescents based on big data fitting. Background technique [0002] Adolescent myopia is a social problem that seriously endangers the physical and mental health of adolescents. The process of myopia is a developmental process. The occurrence of myopia is a product of continuous accumulation that is affected by heredity and eye habits from childhood. At present, adolescents pay too much attention to myopia problem, they only start to pay attention to this problem when they are already nearsighted, and miss the previous preventive intervention process. Therefore, many experts encourage young people to implement refractive development monitoring from the age of 3. However, due to the limited public health awareness and social health service level, it is very low feasibility to direct...

AI Technical Summary

Problems solved by technology

[0006] The purpose of the present invention is to provide a method and system for monitoring the refractive development of adolescents based on big data fitting, which is mainly used in the visual health screening of large groups of primary and secondary schools and the monitoring of individual depth refractive development. To solve the problems of limited existing vision health and sanitation services, difficulties in monitoring refractive development, and unsatisfactory consumption psychology of most parents

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