Harmless Data Processing of Dead Animals in Intrusion Detection System

  • Zhu Gao
Keywords: Harmless Treatment, Dead Animal, Data Processing, Intrusion Detection System

Abstract

China is a big animal husbandry country, but what does not match with its development scale is the
backward management system. In the past ten years, due to the increasing awareness of environmental
protection, from the ordinary people to the national level, more and more attention has been paid to the
treatment of dead animals. At present, harmless treatment is one of the most recognized treatment methods of
dead animal corpses in the international community. However, due to the living habits of animals between
different breeding industries, there are great differences in the relevant management methods, so there are also
characteristics in the treatment methods of dead animal corpses. Around the whole process of dead animal
corpse processing, we found that mastering the core data has become the key. From farmers to full-time
personnel of harmless treatment, and then to the final regulatory department, they all rely on relevant data to
make judgments and decisions, that is to say, timely and effective grasp of real data is the core of harmless
treatment of dead animals. However, the author found that at present, in the process of processing the data of
dead animals in China, it mainly depends on manual work and account. Because there are too many influencing
factors in the artificial way, its accuracy and timeliness will be greatly reduced. Therefore, this paper will build a
set of data processing system suitable for dead animal cadaver based on the intrusion detection system, using its
superior data detection and processing ability. According to the characteristics of the industry, the algorithm is
optimized, the workflow is optimized and a standard workflow table is established. Then in the final
experimental study, we get the research method in this paper, which greatly improves the accuracy of harmless
data processing, and is very suitable for the actual production.

Published
2020-03-01