A system for analyzing and verifying biological information of specimens based on big data

Abstract

The invention relates to the field of specimen biological information analysis, and specifically discloses a specimen biological information analysis and verification system based on big data. The invention analyzes the target biological specimen by acquiring the collection information of each animal specimen in each animal specimen collection hall in the target biological specimen platform. The collection information of each animal specimen in each animal specimen collection hall on the platform conforms to the proportional coefficient, and corresponding processing operations are carried out according to the comparison results, so that the information of animal specimens can be integrated, summarized and verified, and the effect of sharing animal specimen information can be achieved to a great extent. , to meet the needs of fast and accurate analysis and verification of taxidermy information, and at the same time count the number of animal specimens that have passed the verification of collection information in each taxidermy collection, analyze the qualification rate of taxidermy collection information corresponding to each taxidermy collection, and carry out corresponding processing. In order to implement unified management of each animal specimen collection in real time, the management level of the target biological specimen platform can be improved.

Description

technical field [0001] The invention relates to the field of specimen biological information analysis, and relates to a large data-based specimen biological information analysis and verification system. Background technique [0002] With the acceleration of the disappearance of biodiversity in recent years and the strict restrictions on the collection of wild specimens, the existing collections of specimens have become more and more precious. The scientific collection and management of this precious wealth has far-reaching practical and historical significance. With the continuous development of the collection of specimens, the large collection of animal specimens, various experimental operations, and different storage conditions have made the information management of animal specimens more and more burdensome, and due to the lack of substantial information analysis and verification, traditional animal specimens. The information analysis and verification method is difficult ...

AI Technical Summary

Problems solved by technology

With the continuous development of collection specimens, the information management of animal specimens has become more and more burdensome due to the large collection of animal specimens, various experimental operations, and different storage conditions, and due to the lack of substantial information analysis and verification, traditional animal specimens Information analysis and verification methods are difficult to meet the current management of animal specimen collections

[0003] At present, the traditional management and verification methods of animal specimen information mainly adopt manual assisted management and verification methods, but this not only causes a lot of waste of human resources, but also easily leads to slow input speed of animal specimen information, low verification accuracy and verification efficiency due to human factors. Difference

[0004] At the same time, traditional animal specimen collections are often scattered in different regions, and it is difficult for managers to integrate and summarize the information of animal specimens. As a result, there are few source information of animal samples, less reference information for verification, low utilization value of animal samples, and efficiency of animal sample information management and verification. Low technical problems, thus unable to achieve the sharing effect of animal specimen information, and further unable to meet the needs of rapid and accurate analysis and verification of animal specimen information

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