Breeding technology for breeding pigs based on big data

Abstract

The invention relates to a breeding technology for breeding pigs based on big data. The breeding technology comprises the following steps: acquiring great-grandparent original breeding pig farm data;acquiring progenitor breeding pig data; acquiring ternary commercial pig data; collecting feed fill data, slaughter house data and vaccine and medicine department data, packing and uploading the packed data to an enterprise database; screening and associating the data by IT information flow; tracing to source and constructing a complete breeding flow of the breeding pigs; continuously correcting feeding data of live pigs, environmental control data, nutrient ratio of feed and the like; outputting the live pigs with excellent growth performance, high resistance and low feed conversion ratio toa breeding farm. By adopting the technical scheme, big data integration of great-grandparent original breeding pigs, progenitor breeding pigs and ternary commercial pigs is realized; pigs with fast production performance and low feed conversion ratio are selected for a pig farm to use, so that the feed consumption is reduced, the breeding cost is reduced, the slaughtering number of the live pigs and the supply amount of pork are improved, and further economic benefits of the breeding farm are directly increased.

Description

technical field [0001] The invention relates to a breeding process for breeding pigs based on big data, and belongs to the field of large-scale pig breeding. Background technique [0002] For a long time, in the selection of large-scale pig breeding, the original breeding pig farms of the great-grandparents are generally raised separately, the ancestral breeding pigs are raised separately, and the ternary commercial pigs are raised separately. The data is relatively independent. Pig farms cannot get effective and timely feedback on the pigs exported from their own farms, and pigs with excellent performance found in the process of raising ternary commercial pigs cannot be traced back to the source. Piglets that grow fast and have a low feed-to-meat ratio lead to confusion in pigs, unstable production performance, and fluctuations in economic benefits. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a breeding pro...

AI Technical Summary

Problems solved by technology

[0002] For a long time, in the selection of large-scale pig breeding, the original breeding pig farms of the great-grandparents are generally raised separately, the ancestral breeding pigs are raised separately, and the ternary commercial pigs are raised separately. The data is relatively independent. Pig farms cannot get effective and timely feedback on the pigs exported from their own farms, and pigs with excellent performance found in the process of raising ternary commercial pigs cannot be traced back to the source. Piglets that grow fast and have a low feed-to-meat ratio cause pigs to be confused, production performance is unstable, and economic benefits also fluctuate accordingly.

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