A corneal imaging-based eye positioning depth resolving system

Abstract

The application belongs to the technical field of eye positioning, and discloses an eye positioning depth analysis system based on corneal imaging; external parameter data sets are collected, corneal positioning distances are analyzed, a corneal imaging report is obtained, and the system is also used for analyzing corneal sampling distance data and environmental data to obtain a corneal imaging compensation report; the corneal imaging route, corneal imaging time and corneal imaging quality of a corneal sampling machine are controlled; corneal images in a specified area are obtained to obtain a sampling data set, the sampling data set is preprocessed to obtain a second sampling data set, and the second sampling data set is also analyzed to obtain a complete sampling data set; the complete sampling data set and modeling selection results are received, and corneal imaging modeling is performed according to the complete sampling data set and the modeling selection results; in general, the application has the remarkable advantages of strong abnormal sampling prevention capability, high real-time sampling adjustment capability and good data detection accuracy.

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